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KAWANO, MASAKI (KawanoMasaki)
Div of Advanced Materials Science(첨단재료과학부)
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hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||SOLVENT:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||MOLECULAR MOTOR:1||SUPRAMOLECULAR PHOTOCATALYST:1||MOTION:1||POROUS SOLIDS:1||solvatochromism:1||MICELLES:1||kinetic control:1||OPEN FRAMEWORK:1||POLYMER:1||BACTERIORHODOPSIN:1||PHOTOCHEMICALREACTIONS:1||hostguest:1||TRANSFORMATIONS:1||THERMOCHROMISM:1||DYNAMIC COMBINATORIAL CHEMISTRY:1||CISDIHYDROXYLATION:1||MOLECULAROXYGEN:1||coordination polymer:1||ALPHAHELICAL PEPTIDES:1||ENANTIOSELECTIVE SYNTHESIS:1||BUCKYBOWL:1||coordination polymers:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||EPR spectroscopy:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||SINGLECRYSTAL:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||SOLIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||HYDROGENBOND:1||AMINOACIDS:1||CORANNULENES:1||TRANSFORMATION:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR ROTAXANE DIMER:1||ORGANORHODIUM DITHIONITE COMPLEX:1||DENSITYFUNCTIONAL THEORY:1||CRYSTALSTRUCTURE:1||PHENYLALANINEHYDROXYLASE:1||solidstate structures:1||COORDINATION:1||materials science:1||INDUCED RADICAL PAIR:1||DIPLATINUM COMPLEX:1||REVERSIBLE CATENATION:1||DIMETHYLSULFOXIDE:1||IONTRANSPORT:1||in situ observation:1||SINGLECRYSTAL TRANSFORMATIONS:1||DENOVO DESIGN:1||redox chemistry:1||oxygenation reaction:1||HINDERED RUTHENIUM COMPLEX:1||RAY CRYSTALSTRUCTURE:1||ENANTIODIFFERENTIATING 4+4 PHOTOCYCLODIMERIZATION:1||BASIC SOLUTION:1||buckybowls:1||INVERSION:1||PACKING:1||PHOTOCHROMISM:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES:1||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||CHIRALITY INDUCTION:1||MACHINE:1||nanotubes:1||COMPLEXATION:1||alphadiketones:1||NONHEME IRON CATALYST:1||HYDROCARBON OXYGENATION:1||SUPRAMOLECULAR CATALYSIS:1||BOWLSHAPED HOST:1||CC bond cleavage:1||MEMORIES:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||FERRIMAGNETISM:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||PROTOTYPES:1||LIGANDS:1||template synthesis:1||ARCHITECTURE:1||RADICAL PAIRS:1||PHOTOEPOXIDATION:1||singlecrystaltosinglecrystal reaction:1||DIOXYGEN ACTIVATION:1||PORPHYRIN COMPLEX:1||CONSTRUCTION:1||GAMMACYCLODEXTRIN:1||PHOTOISOMERIZATION:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS:1||fluorous pores:1||HYDROFORMYLATION:1||peptides:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||coordination networks:5||Xray diffraction:5||CATALYSIS:4||MOLECULES:4||XRAYDIFFRACTION:4||EXCHANGE:3||MECHANISM:3||ROOMTEMPERATURE:3||CHEMISTRY:3||photochromism:3||POROUS COORDINATION NETWORK:3||palladium:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||SOLIDSTATE:3||BINDING:3||METALORGANIC FRAMEWORKS:3||FRAMEWORKS:3||crystal engineering:2||TRANSITION:2||ELECTRONICSTRUCTURE:2||INCLUSION:2||MOLECULAR FRAMEWORK:2||COUPLED ELECTRONTRANSFER:2||LIGHT:2||SOLVENT MIXTURES:2||DOPED C60:2||AGGREGATION:2||SUPERCONDUCTIVITY:2||structure elucidation:2||kinetics:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||RECOGNITION:2||PROTEINS:2||N ligands:2||REFINEMENT:2||COORDINATION CAGE:2||CONFINED CAVITY:2||photoluminescence:2||ADSORPTION:2||charge transfer:2||tetrathiafulvalene:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||PORES:2||DERIVATIVES:2||fullerenes:2||selfcrystallization:2||TTF:2||DIMER:2||radicals:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||CYCLODEXTRIN:2||cycloaddition:2||pi interactions:1||polymorphism:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN:1||INTERMOLECULAR INTERACTIONS:1||NITRONYL NITROXIDES:1||CRYSTALS:1||HIGHLY HINDERED DIARYLCARBENES:1||cyclization:1||ANILS:1||METHANE MONOOXYGENASE:1||ROBUST:1||DIELSALDER REACTIONS:1||MOLECULAR CAPSULE:1||STABILITY:1||helical structures:1||ALANINEBASED PEPTIDES:1||3(10)HELIX:1||sumanene:1||TRIMETHYLSUMANENE:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||PH:1||CRYSTAL TRANSFORMATION:1||HYDROGEN:1||NITRICOXIDE SYNTHASE:1||ELECTROCHEMICAL PROPERTIES:1||XRAYSTRUCTURE:1||azides:1||GUESTS:1||hydrophobic effect:1||HYPERFINE COUPLINGCONSTANTS:1||EXCITEDSTATE STRUCTURE:1||STABLE CARBENES:1||SPINDELOCALIZATION:1||PHOTOSUBSTITUTION REACTIONS:1||INSITU OBSERVATION:1||thermochromism:1||BETAHAIRPIN:1||GUEST REMOVAL:1||cobalt:1||PE
