Open Access System for Information Sharing
All
Title
Author
Subject
Login
Library
Help
검색
HOME
Communities & Collections
Researchers
Title
Browse by Researchers
KAWANO, MASAKI (KawanoMasaki)
Div of Advanced Materials Science(첨단재료과학부)
Field(s)
E-Mail
Homepage
Loading...
Export
Journal Papers
(International)
Journal Papers
(Domestic)
Conference Papers
(International)
Conference Papers
(Domestic)
Journal Papers(International)
Journal Papers(Domestic)
Conference Papers(International)
Conference Papers(Domestic)
30 items
100 items
200 items
Show more items...
H-INDEX
Chart.
Keyword
hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption: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||MAGNETICPROPERTIES:1||NEUTRONDIFFRACTION:1||BISTABILITY:1||metalorganic frameworks:1||copper:1||CRYSTALSTRUCTURES:1||POWDER DIFFRACTION DATA:1||1,3DIMETHYLCYCLOBUTADIENE:1||CHAIN AMPHIPHILES: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||FERRIMAGNETISM:1||IODINE:1||cofactors:1||MOLYBDENUMPTERIN CHEMISTRY:1||LINKAGE ISOMERIZATION:1||TOSINGLECRYSTAL:1||DIELSALDER:1||HOST:1||DENDRIMERS:1||SYSTEMS:1||RIGIDROD MOLECULES:1||REMOVAL:1||CYCLODEXTRIN CAVITIES:1||PHOTOACTIVITY:1||mechanisms:1||STATE:1||POLYMERIZATION:1||ORGANICSYNTHESIS:1||fluorine:1||SULFUR:1||RESONANCE:1||RADICALS:1||solidstate reactions:1||COORDINATION NETWORK:1||SWITCHES:1||DIARYLETHENES:1||CONFINEMENT:1||porous structures:1||ISOMERS:1||FLASHPHOTOLYSIS:1||ASSEMBLED COORDINATION CAGE:1||SUPRAMOLECULAR ASSEMBLIES:1||CENTERS: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||peptides:1||fluorous pores:1||HYDROFORMYLATION:1||hostguest systems:9||DESIGN:7||POLYMERS:7||METALORGANIC FRAMEWORK:7||CRYSTAL:6||selfassembly:6||Xray diffraction:5||coordination networks:5||MOLECULES:5||CATALYSIS:4||METALORGANIC FRAMEWORKS:4||XRAYDIFFRACTION:4||EXCHANGE:3||palladium:3||ROOMTEMPERATURE:3||CHEMISTRY:3||ADSORPTION:3||photochromism:3||POROUS COORDINATION NETWORK:3||FRAMEWORKS:3||ruthenium:3||CHANNELS:3||GUEST EXCHANGE:3||PORES:3||SOLIDSTATE:3||BINDING:3||TRANSITION:3||MECHANISM:3||crystal engineering:2||CYCLODEXTRIN:2||INCLUSION:2||ELECTRONICSTRUCTURE: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||COORDINATION CAGE:2||SINGLECRYSTAL:2||SOLIDS:2||N ligands:2||REFINEMENT:2||CONFINED CAVITY:2||charge transfer:2||tetrathiafulvalene:2||photoluminescence:2||COMPLEX:2||solvent effects:2||FLUORESCENCE:2||FULLERENES:2||UNUSUAL COORDINATION MODE:2||INDUCED EMISSION ENHANCEMENT:2||DERIVATIVES:2||radicals:2||TTF:2||DIMER:2||selfcrystallization:2||fullerenes:2||cage compounds:2||IONIZATION MASSSPECTROMETRY:2||cycloaddition:2||pi interactions:1||polymorphism:1||NITRONYL NITROXIDES:1||INTERMOLECULAR INTERACTIONS:1||CRYSTALS:1||reaction mechanisms:1||SUPRAMOLECULAR CHEMISTRY:1||huisgen reactions:1||molecular recognition:1||ARCHITECTURES:1||DIFFRACTION:1||RHODOPSIN: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||CRYSTALLINE MOLECULAR FLASKS:1||REARRANGEMENTS:1||2+2 CYCLOADDITION REACTION:1||PHOTODIMERIZATION:1||chemisorption:1||RELEASE: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||SOLVENT:1||cobalt:1||PERFLUORINATED SOLVENTS:1||NUCLEARMAGNETICRESONANCE:1||ALDOLASE:1||GEMDIFLUORO COMPOUNDS:1||SUMANENE:1||BOWLS:1||iodine:1||ELECTRICALCONDUCTIVITY: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||ABINITIO:1||coordination polymers:1||EPR spectroscopy:1||CAPTURE:1||RUTHENIUM:1||CAVITIES:1||CRYSTALLOGRAPHIC OBSERVATION:1||nanostructures:1||PROTEIN:1||MODEL:1||PARA SUBSTITUENTS:1||PLANAR PLATINUM(II) COMPLEXES:1||HELICAL ROSETTE NANOTUBES:1||TETRATHIAFULVALENE UNIT:1||ORGANIC NANOTUBES:1||photochemistry:1||guest exchange:1||AQUEOUSSOLUTION:1||ISOTOPICALLY LABELED WATER:1||SORPTION:1||2ANTHRACENECARBOXYLATE:1||zinc:1||HYDROGENBOND:1||AMINOACIDS:1||FLUORINATED PHOSPHOLIPIDBILAYERS:1||SEPARATION:1||COORDINATION NETWORKS:1||CORANNULENES:1||CAGES:1||TRANSFORMATION:1||physisorption:1||metalation:1||PHOTORESPONSIVE CROWNETHERS:1||LINEAR R
