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KIM, KIMOON (김기문)

Dept of Chemistry(화학과)

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CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVIOR:6||NANOPARTICLES:6||CHARGETRANSFER COMPLEX:6||COORDINATION POLYMER:6||nanostructures:6||CAPSULES:6||POROUS MATERIAL:6||CRYSTALSTRUCTURES:6||LIGANDS:6||CYCLODEXTRIN:6||BETACYCLODEXTRIN:6||STABILITY:5||POROUS SOLIDS:5||POLYMER:5||GUEST:5||RAY CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||CHANNELS:5||REACTIVITY:5||SYSTEMS:5||SORPTION:5||molecular recognition:4||TEMPERATURE:4||ROTAXANE:4||IONS:4||POLYIMIDE:4||SHUTTLE:4||polyimide:4||INPLANE ORIENTATION:4||PROTEINS:4||CONDUCTING POLYMETALLOROTAXANES:4||LIGAND:4||POLYIMIDES:4||PHOTOPOLYMERIZATIONS:4||metal ions:4||adsorption:4||coordination polymers:4||electrochemistry:4||SPECTROSCOPY:4||CRYSTAL:4||ANALOGS:4||TRANSITIONMETALS:4||metalorganic frameworks:4||COPOLYMERS:4||PSEUDOROTAXANE:4||CHAIN ORIENTATION:4||PHOTOINITIATORS:4||GOLD NANOPARTICLES:4||WATER:4||STATE:4||POLYMERIZATION:4||SELFASSEMBLED MONOLAYERS:4||STREPTAVIDIN:4||MOLECULAR RECOGNITION:4||CANCER:3||microporous materials:3||molecular devices:3||N>:3||MOLECULAR SWITCH:3||STABILIZATION:3||GENERATION:3||FAMILY:3||POLYMER NANOCAPSULES:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||BILAYER VESICLES:3||chargetransfer complex:3||coordination polymer:3||MECHANISM:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||MOLECULARSTRUCTURE:3||CLEAVAGE:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CATIONS:3||CROWNETHERS:3||CARBONDIOXIDE:3||ENE CLICK CHEMISTRY:3||EVERY STRUCTURAL UNIT:3||FRAMEWORKS:3||SWITCH:3||charge transfer:3||nanoparticles:3||RINGS:3||POLYMERS:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||IONSELECTIVE ELECTRODES:3||HOSTGUEST COMPLEXES:3||DIFFERENTIATED FE4S4 CLUSTERS:3||heterogeneous catalysis:3||Cucurbituril:3||RECEPTOR:3||ENCAPSULATION:3||ALKANES:3||PORES:3||DENDRIMERS:3||CHAINS:3||METALORGANIC FRAMEWORKS:3||ION:3||MOLECULAR MACHINE:3||TRANSPORT:3||CONCANAVALINA:3||TEMPLATES:3||FERROCENE:3||BULK OPTODES:2||COMPLEXFORMATION:2||DENDRIMER PHTHALOCYANINE:2||REVERSIBLE ENCAPSULATION:2||EXCHANGE:2||gas sorption:2||POLYVINYLCHLORIDE):2||HYDROGENBONDS:2||self assembly:2||catenanes:2||crystal engineering:2||4>:2||LIQUIDCRYSTALS:2||PHASES:2||conformation analysis:2||MACROCYCLIC COMPLEXES:2||HOLLOW NANOSPHERES:2||METHANE STORAGE:2||discotic liquid crystals:2||OCTUPOLAR MOLECULES:2||PALLADIUM NANOPARTICLES:2||polymer nanocapsules:2||support material:2||RELEASE:2||mass spectrometry:2||PHOTOSENSITIZERS:2||TUMOR:2||ZEOLITE SUPERCAGES:2||MOLECULAR MACHINES:2||hyaluronic acid:2||hydrogels:2||MICROENVIRONMENTS:2||PLATFORM:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||SIGMABONDS:2||electrodes:2||receptors:2||interlocked structures:2||poly(amic acid)s:2||glass transition temperature:2||DIANHYDRIDE:2||MIXTURES:2||COPPER:2||BENZOTRIAZOLE:2||ADHESION:2||SHAPED MOLECULES:2||POLYIMIDE FILMS:2||isomeric unit:2||nuclear magnetic resonance spectroscopy:2||cyclic acetal:2||SILICON:2||OSMIUM COMPLEXES:2||AVIDIN:2||THERMODYNAMICS:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||acetylene:2||PHOTODIMERIZATION:2||OLIGOSACCHARIDES:2||SWITCHABLE COLUMNAR METALLOMESOGENS:2||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:2||PHTHALOCYANINE:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||PD NANOPARTICLES:2||COUPLING REACTIONS:2||TARGETED DRUGDELIVERY:2||NANOCARRIERS:2||CAPSULE:2||EFFICIENT:2||Multifunctionality:2||porous materials:2||carboxylate ligands:2||recognition:2||synthetic receptors:2||METALCOMPLEXES:2||HOMOLOGS:2||AGOSTIC INTERACTIONS:2||ALKENE:2||rotaxane:2||imidization:2||AROMATIC POLYIMIDES:2||acyl migration rate:2||MYOINOSITOL:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||drug delivery:2||FLUORESCENCEFREE HYPERPOLARIZABILITIES:2||SUBPHTHALOCYANINES:2||FUNCTIONALIZATION:2||PAIR:2||insulin:2||SUZUKI REACTIONS:2||SELFORGANIZATION:2||NANORINGS:2||ROUTE:2||DIELSALDER REACTION:2||MODEL:2||tissue engineering:2||Hyaluronic acid:2||Hostguest chemistry:2||AFFINITY:2||SOLIDS:2||CATALYSTS:2||GASPHASE:2||SCATTERING:2||DSC:2||COLUMNAR MESOPHASES:2||NANOCOMPOSITES:2||poly(amic acid) precursor:2||POLYMERFILMS:2||PRECURSOR:2||METALORGANIC FRAMEWORK:2||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:2||IMIDIZATION HISTORY:2||conformational analysis:2||POLYSILANE:2||2ANTHRACENECARBOXYLATE:2||PHOSPHODIESTERS:2||NUCLEASES:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||XRAY STRUCTURES:2||lefthanded helix:2||INSULIN:2||BOND FORMATION:2||PHOTODYNAMIC THERAPY:2||COMPLEX:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||crystal structure:2||HYDROGENBONDED NETWORKS:2||cations:2||CALIX<:2||TRANSITIONMETAL:2||DIAMINOBIPHENYL:2||METALLOMESOGENS:2||DRIVEN:2||METALIONS:2||PROMOTED HYDROLYSIS:2||RNA:2||ACID:2||polymers:2||PARTICLES:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||MACROCYCLES:2||NANOCAPSULES:2||EPOXIDATION:2||MICROPOROUS MANGANESE FORMATE:2||PROTEIN IMMOBILIZATION:2||HOSTGUEST:2||CELLS:2||CYCLODEXTRINS:2||ammonium ions:2||BENZENE:2||FLEXIBILITY:2||ENHANCED RAMANSCATTERING:2||CORROSIONINHIBITOR:2||POLYBENZIMIDAZOLE:2||INSITU PHOTOPOLYMERIZATION:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||inclusion compounds:2||SHAPES:2||cluster compounds:2||ASYMMETRIC PHOTOCHEMISTRY:2||PLASMON RESONANCE:2||pseudopolyrotaxanes:2||polymerization:2||THREEFOLD SYMMETRY:2||MICROCAPSULES:2||FACILE:2||OLEFINS:2||polyrotaxane:2||Theranostic system:2||THERAPEUTICS:2||PLASMAMEMBRANE:2||PROTEINLIGAND:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||SOLIDSTATE:2||PROTONATION:2||POLYAMIC ACID:2||MISCIBILITY:2||NANOSTRUCTURED POLYMERS:2||poly(amic acid):2||ORIENTATION:2||inositol:2||crystallography:2||CYCLOPENTADIENYL:2||HIGHMOLECULARWEIGHT:2||METATHESIS:2||GENERATION EFFICIENCIES:2||IONIZATION MASSSPECTROMETRY:2||PERMEABILITY:2||WALLED CARBON NANOTUBES:2||calorimetry:2||SYNTHETIC RECEPTOR:2||POLYAMINE COMPLEXES:2||ZINC(II) ION:2||AMPLIFICATION:2||NECKLACE:2||TARGETED NANOPARTICLES:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||LIVING POLYMERIZATION:2||CONTAIN:2||THERMAL IMIDIZATION:2||crystal structures:2||CAVITY:2||amide acid:2||THICKNESS:2||2,2&apos:2||BIS(TRIFLUOROMETHYL)4,4&apos:2||HUMIDITY:2||XRAY DIFFRACTION:2||CO(III) COMPLEX:2||MEMBRANES:2||SYNTHETIC HOST:2||nonlinear optical materials:2||TRANSITION:2||CUCURBITURIL:37||DERIVATIVES:36||supramolecular chemistry:33||CHEMISTRY:30||CUCURBITURIL HOMOLOGS:21||HOST:18||BINDING:18||hostguest systems:16||COMPLEXES:16||cucurbituril:15||POLYROTAXANE:15||COMPLEXATION:13||INCLUSION:13||ORGANICMOLECULES:12||AQUEOUSSOLUTION:11||DESIGN:10||RECOGNITION:10||selfassembly:10||ALPHACYCLODEXTRIN:10||MOLECULES:10||URIL:10||MOLECULAR NECKLACE:10||ROTAXANES:10||ADSORPTION:10||2DIMENSIONAL POLYROTAXANE:9||DIMENSIONAL COORDINATION POLYMER:9||CATALYSIS:9||COORDINATION POLYMERS:9||CATENANES:9||cucurbiturils:9||DRUGDELIVERY:8||HYDROGEN STORAGE:8||SURFACE:8||CUCURBIT<:8||SUPRAMOLECULAR CHEMISTRY:7||INCLUSION COMPLEXES:7||rotaxanes:7||METAL:7||SUPRAMOLECULAR ASSEMBLIES:7||INCORPORATING CUCURBITURIL:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||ION COMPLEXED CUCURBITURIL:7||hostguest chemistry:6||BUILDINGBLOCKS:6||POLY(ETHYLENE GLYCOL):6||ANISOTROPY:6||THINFILMS:6||BEHAVI