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KIM, KIMOON(김기문)

Department: Dept of Chemistry(화학과)

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supramolecular chemistry:28||DERIVATIVES:27||CUCURBITURIL:27||CHEMISTRY:22||CUCURBITURIL HOMOLOGS:20||HOST:16||BINDING:15||hostguest systems:14||POLYROTAXANE:13||INCLUSION:13||selfassembly:10||URIL:10||cucurbituril:10||COMPLEXATION:10||ORGANICMOLECULES:10||DESIGN:9||cucurbiturils:9||COORDINATION POLYMERS:9||MOLECULES:9||ADSORPTION:9||ALPHACYCLODEXTRIN:9||COMPLEXES:9||AQUEOUSSOLUTION:9||DIMENSIONAL COORDINATION POLYMER:8||CUCURBIT<:8||HYDROGEN STORAGE:8||MOLECULAR NECKLACE:8||ROTAXANES:8||CATALYSIS:8||rotaxanes:7||2DIMENSIONAL POLYROTAXANE:7||RECOGNITION:7||SUPRAMOLECULAR ASSEMBLIES:7||CATENANES:7||CRYSTALSTRUCTURE:7||SELECTIVITY:7||INCORPORATING CUCURBITURIL:7||hostguest chemistry:6||METAL:6||INCLUSION COMPLEXES:6||LIGANDS:6||CHARGETRANSFER COMPLEX:6||ION COMPLEXED CUCURBITURIL:6||POROUS MATERIAL:6||SUPRAMOLECULAR CHEMISTRY:6||STABILITY:5||BETACYCLODEXTRIN:5||POLY(ETHYLENE GLYCOL):5||GUEST:5||coordination polymers:5||BUILDINGBLOCKS:5||metalorganic frameworks:5||SURFACE:5||CHANNELS:5||CRYSTALSTRUCTURES:5||FRAMEWORK:5||COORDINATION:5||molecular recognition:4||CYCLODEXTRIN:4||ANISOTROPY:4||ROTAXANE:4||SHUTTLE:4||NANOPARTICLES:4||adsorption:4||SORPTION:4||DRUGDELIVERY:4||RAY CRYSTALSTRUCTURES:4||electrochemistry:4||nanostructures:4||PSEUDOROTAXANE:4||TRANSPORT:4||MOLECULAR RECOGNITION:4||molecular devices:3||TEMPERATURE:3||MOLECULAR SWITCH:3||FAMILY:3||THINFILMS:3||BEHAVIOR:3||Crystal structure:3||DECAMETHYLCUCURBIT<:3||7>:3||chargetransfer complex:3||porous materials:3||PROTEINS:3||SECONDARY BUILDING UNITS:3||5>:3||MACHINES:3||CONDUCTING POLYMETALLOROTAXANES:3||MAINCHAIN:3||SIDECHAIN POLYROTAXANES:3||POLYMER:3||POROUS SOLIDS:3||LIGAND:3||SEPARATION:3||GAS SORPTION PROPERTIES:3||CROWNETHERS:3||CATIONS:3||metal ions:3||SPECTROSCOPY:3||CARBONDIOXIDE:3||CAPSULES:3||COORDINATION POLYMER:3||SWITCH:3||ANALOGS:3||charge transfer:3||PSEUDOPOLYROTAXANES:3||MASSSPECTROMETRY:3||HOSTGUEST COMPLEXES:3||TRANSITIONMETALS:3||WATER:3||REACTIVITY:3||STATE:3||ENCAPSULATION:3||ALKANES:3||PORES:3||STREPTAVIDIN:3||METALORGANIC FRAMEWORKS:3||SELFASSEMBLED MONOLAYERS:3||ION:3||MOLECULAR MACHINE:3||microporous materials:3||N>:3||EVERY STRUCTURAL UNIT:2||HYDROGENBONDED NETWORKS:2||CALIX<:2||ACID:2||HIGH H2 ADSORPTION:2||cucurbituril[6]:2||CRYSTAL:2||MICROPOROUS MANGANESE FORMATE:2||HOSTGUEST:2||PROTEIN IMMOBILIZATION:2||CYCLODEXTRINS:2||IONSELECTIVE ELECTRODES:2||DIFFERENTIATED FE4S4 CLUSTERS:2||inclusion compounds:2||RINGS:2||cluster compounds:2||POLYMERS:2||ASYMMETRIC PHOTOCHEMISTRY:2||pseudopolyrotaxanes:2||PHOTOINITIATORS:2||COPOLYMERS:2||CHAIN ORIENTATION:2||PROTEINLIGAND:2||PLASMAMEMBRANE:2||ENTROPY:2||cadmium:2||cyclic voltammetry:2||RECEPTOR:2||PROTONATION:2||Cucurbituril:2||SYSTEMS:2||heterogeneous catalysis:2||DENDRIMERS:2||POLYMERIZATION:2||GOLD NANOPARTICLES:2||IONIZATION MASSSPECTROMETRY:2||calorimetry:2||proton conduction:2||CHAINS:2||thermodynamics:2||TRANSFER COMPLEX:2||FREERADICAL POLYMERIZATION:2||crystal structures:2||CAVITY:2||MEMBRANES:2||CONCANAVALINA:2||TEMPLATES:2||COMPLEXFORMATION:2||FERROCENE:2||EXCHANGE:2||BULK OPTODES:2||gas sorption:2||STABILIZATION:2||IONS:2||self assembly:2||catenanes:2||crystal engineering:2||GENERATION:2||4>:2||conformation analysis:2||METHANE STORAGE:2||CANCER:2||POLYIMIDE:2||mass spectrometry:2||BILAYER VESICLES:2||PSEUDOROTAXANE MONOMERS:2||dendrimers:2||interlocked structures:2||OSMIUM COMPLEXES:2||RADICAL POLYMERIZATION:2||pseudorotaxanes:2||AVIDIN:2||THERMODYNAMICS:2||acetylene:2||PHOTODIMERIZATION:2||POLYMER NANOCAPSULES:2||polyimide:2||INPLANE ORIENTATION:2||MECHANISM:2||recognition:2||synthetic receptors:2||carboxylate ligands:2||METALCOMPLEXES:2||HOMOLOGS:2||coordination polymer:2||rotaxane:2||MOLECULARSTRUCTURE:2||alkanes:2||carbohydrates:2||AGGLUTINATION:2||FUNCTIONALIZATION:2||PHOTOPOLYMERIZATIONS:2||POLYIMIDES:2||CLEAVAGE:2||AFFINITY:2||SOLIDS:2||GASPHASE:2||METALORGANIC FRAMEWORK:2||2ANTHRACENECARBOXYLATE:2||proteins:2||PROTEIN:2||HETEROGENEOUS ASYMMETRIC CATALYSIS:2||PORESIZE:2||ENE CLICK CHEMISTRY:2||COMPLEX:2||MESOPOROUS SILICA:2||SINGLECRYSTAL TRANSFORMATIONS:2||CONDUCTORS:2||ADSORPTION PROPERTIES:2||RATIONAL DESIGN:2||FRAMEWORKS:2||HOSTGUEST CHEMISTRY:1||NMR spectroscopy:1||RECEPTORS:1||FUNCTIONALIZED ZEOLITEBETA:1||FUELCELL APPLICATIONS:1||WATERVAPOR:1||MEMBRANE:1||FORMATE:1||DIELSALDER REACTIONS:1||Adsorption:1||PROTEOMICS:1||Nalkylation:1||tri(ethylene oxide)attached dendrimer layer:1||TOPOLOGY:1||TERMINATED DENDRIMERS:1||FUSION:1||NANOSCALE POROSITY:1||noncovalent interactions:1||OXYANIONS:1||molecular switch:1||fluorescence:1||COPPER(I) COMPLEX:1||ASCORBATE OXIDASE:1||CATIONBINDING PROPERTIES:1||macrocyclic complexes:1||nickel complexes:1||1,4,7,10TETRAAZACYCLODODECANE:1||IODONIUMTRANSITIONMETAL:1||framework:1||Polar lipids:1||Allyl silica:1||COMPLEMENTARY STRANDS:1||pi interactions:1||CRYSTALS:1||METHANE:1||COUPLING REAGENTS:1||TRIPODAL CORE:1||LECTIN:1||DIFFRACTION:1||gels:1||NAPHTHALENE DERIVATIVES:1||cucurbit[n]uril:1||CYCLODEXTRIN INCLUSION COMPLEXES:1||sorption:1||UNITS:1||CYLINDRICAL CAPSULE:1||VESICLES:1||SPONTANEOUS RESOLUTION:1||STORAGE:1||DIBLOCK COPOLYMERS:1||methane storage:1||ALDOL REACTIONS:1||porphyrin complexes:1||RESOLUTION:1||Pyrogallol[4]arene:1||HYDRATIONWATER DYNAMICS:1||DYNAMIC COMBINATORIAL LIBRARIES:1||OLEFIN METATHESIS:1||ELECTRONMICROSCOPY:1||HOLLOW NANOSPHERES:1||discotic liquid crystals:1||OCTUPOLAR MOLECULES:1||POLYVINYLCHLORIDE):1||MACROCYCLIC COMPLEXES:1||REVERSIBLE ENCAPSULATION:1||DENDRIMER PHTHALOCYANINE:1||HYDROGENBONDS:1||LIQUIDCRYSTALS:1||PHASES:1||APTAMERBASED BIOSENSORS:1||THROMBIN:1||alkyldiamine:1||hydrophobic effect:1||COPPER COORDINATION POLYMER:1||LIQUIDBASED MICROEMULSIONS:1||POLYMER MIMICS:1||RELEASE:1||Metalorganic coordination polymer:1||Antiferromagnetic:1||BUILDINGBLOCK:1||ENANTIOSELECTIVE EPOXIDATION:1||AVIDINBIOTIN TECHNOLOGY:1||N,NDIMETHYLFORMAMIDE:1||BINDING AFFINITIES:1||DYNAMICS:1||structurally constrained macrocycles:1||NICKEL(II) COMPLEXES:1||CONFINED MONOLAYERS:1||STAR POLYMERS:1||BLOCKS:1||rotaxane dendrimers:1||SIDECHAIN:1||azides:1||HYPERRAYLEIGH SCATTERING:1||ARENE:1||COPPER(II) COMPLEXES:1||TITANIUM:1||HYBRID:1||TRANSITIONMETAL PORPHYRINS:1||cyanide:1||DIOXYGEN:1||HOMOGENEOUS HYDROGENATION:1||NMR study:1||Alkyl folding:1||CHIRAL STATIONARY PHASES:1||POROUS SILICA:1||PERFORMANCE:1||SIDECHAIN PSEUDOPOLYROTAXANES:1||ALIPHATICALCOHOLS:1||GRADIENTS:1||TRIAZOLE DENDRIMERS:1||AZIDES:1||multivalent interactions:1||INFLUENZAVIRUS:1||CHARGETRANSFER INTERACTIONS:1||interlocked molecules:1||GUESTS:1||TECHNOLOGY:1||hydrogelators:1||SERGEANTS:1||SINGLEMOLECULE MAGNET:1||QUANTITATIVELY ADDRESSING COOPERATIVITY:1||ESIMS:1||chirality:1||homochiral material:1||photosensitization:1||metalorganic porous materials:1||singlemolecule studies:1||SYNTHETIC ION CHANNELS:1||ESCHERICHIACOLI:1||ENANTIOSELECTIVE SORPTION:1||DOXORUBICIN:1||sorption site:1||XRAY STRUCTURE:1||MONOXIDE:1||POLYMER ELECTROLYTES:1||SWITCHABLE COLUMNAR METALLOMESOGENS:1||2,4,6TRIPHENYL1,3,5TRIAZINE UNIT:1||PHTHALOCYANINE:1||SHAPED MOLECULES:1||COPPER:1||BENZOTRIAZOLE:1||ADHESION:1||isomeric unit:1||nuclear magnetic resonance spectroscopy:1||POLYIMIDE FILMS:1||OLIGOSACCHARIDES:1||cyclic acetal:1||SILICON:1||PLATFORM:1||hyaluronic acid:1||hydrogels:1||MICROENVIRONMENTS:1||MOLECULAR MACHINES:1||ZEOLITE SUPERCAGES:1||PHOTOSENSITIZERS:1||TUMOR:1||SIGMABONDS:1||electrodes:1||receptors:1||poly(amic acid)s:1||glass transition temperature:1||DIANHYDRIDE:1||MIXTURES:1||polymer nanocapsules:1||support material:1||PALLADIUM NANOPARTICLES:1||LARGEAREA:1||BILAYER GRAPHENE:1||FILMS:1||DISSOCIATION:1||SYNTHETIC LECTIN:1||Bridged macrocycles:1||PHARMACEUTICALPREPARATION:1||SENSORS:1||CHIRAL CATALYSTS:1||COMPLEXATION DYNAMICS:1||anisotropy:1||SPECTRA:1||MINING MINIMA OPTIMIZER:1||CONFORMATIONALANALYSIS:1||MIL53:1||adjacentbridged macrocycles:1||CYCLEN:1||POLYETHYLENE OXIDE:1||PRINCIPLES:1||TRANSITIONMETAL COMPLEXES:1||POLYPYRIDINE COMPLEXES:1||SURFACES:1||SURFACTANTS:1||BLOCKCOPOLYMERS:1||kinetic product:1||open framework materials:1||potassium:1||channel structures:1||QUINONES:1||1,4,8,11TETRAAZACYCLOTETRADECANES:1||SQUARES:1||KETONES:1||OXO PROTEINS:1||Guest inclusion:1||CONFORMATION:1||Perallyloxycucurbituril:1||INTRAMOLECULAR CONTACT FORMATION:1||ENANTIODIFFERENTIATING PHOTOCYCLODIMERIZATION:1||GASES:1||selfassembled monolayer:1||CONVERGENT SYNTHESIS:1||INTERLOCKED MOLECULES:1||PHOTOCYCLODIMERIZATION:1||alkylamine:1||CHEMICALLY MODIFIED ENZYMES:1||METALELECTRODES:1||POLY(EPSILONLYSINE):1||PHOTOINDUCED ELECTRONTRANSFER:1||POLARIZED SYNCHROTRONRADIATION:1||CYCLODEXTRIN COMPLEXES:1||SELFASSEMBLY PROCESSES:1||PRODUCT CHIRALITY:1||ISOMERIZATION:1||BENZENEPOLYCARBOXYLATES:1||1,4BENZENEDICARBOXYLATE:1||TRANSFORMATIONS:1||kinetics:1||MOTION:1||DENDRITIC DIPEPTIDES:1||LIPIDMEMBRANES:1||POLYROTAXANES:1||Enantioselection:1||drug delivery:1||INTRACELLULAR DELIVERY:1||CH4:1||MYOGLOBIN:1||Hydrogen bonds:1||CONFIGURATION:1||HIGHENERGY WATER:1||NEUTRONSCATTERING:1||mesoporous materials:1||NITROGEN ADSORPTION:1||WALL STRUCTURE:1||FLUORESCENCEFREE HYPERPOLARIZABILITIES:1||SUBPHTHALOCYANINES:1||imidization:1||AROMATIC POLYIMIDES:1||acyl migration rate:1||MYOINOSITOL:1||Multifunctionality:1||EFFICIENT:1||SILVER(I) COMPLEXES:1||CAPSULE:1||TARGETED DRUGDELIVERY:1||NANOCARRIERS:1||AGOSTIC INTERACTIONS:1||ALKENE:1||aggregation:1||betaamyloid:1||cucurbit[7]uril:1||PD NANOPARTICLES:1||COUPLING REACTIONS:1||CHEMICALVAPORDEPOSITION:1||COALTAR PITCH:1||Macropolycycles:1||FIELD:1||multivalency:1||underwater adhesion:1||metathesis:1||SINGLECRYSTAL:1||ACETYLENE:1||Magnetic property:1||STACKING INTERACTIONS:1||ENERGY:1||COBALT(III) COMPLEXES:1||nonspecific protein adsorption:1||COMPOSITE FILMS:1||HYDROGENSTORAGE:1||photochemistry:1||SOLUBLE DENDRITIC RECEPTORS:1||THIOCTIC ACID:1||8>:1||N ligands:1||ionophore:1||1,4,8,11TETRAMETHYL1,4,8,11TETRAAZACYCLOTETRADECANE:1||HAFNIUM:1||Xray structures:1||CATALYTIC PROPERTIES:1||1,4,8,11TETRAAZACYCLOTETRADECANE:1||organic solids:1||CYCLOADDITION REACTION:1||SPECIFICITY:1||ALKALINEEARTH:1||DIRECT ELECTRICAL COMMUNICATION:1||OLEFIN CROSSMETATHESIS:1||GLYCOL):1||Co(II):1||metalorganic framework:1||BINDINGSITES:1||hostguest complex:1||AMINOACIDS:1||1ST EXAMPLE:1||CYCLOOCTENE:1||zinc:1||COMPLEXATION THERMODYNAMICS:1||MULTIVALENT LIGANDS:1||TYPE1 FIMBRIAE:1||HELICAL COORDINATION POLYMERS:1||ENANTIOSPECIFIC INCLUSION:1||CO2 CAPTURE:1||vesicles:1||metalorganic porous material:1||REFINEMENT:1||HEXAMERIC CAPSULES:1||lefthanded helix:1||XRAY STRUCTURES:1||COLUMNAR MESOPHASES:1||NANOCOMPOSITES:1||1(trifluoromethyl)2,3,5,6benzenetetracarboxylic dianhydride:1||IMIDIZATION HISTORY:1||poly(amic acid) precursor:1||POLYMERFILMS:1||PRECURSOR:1||PHOSPHODIESTERS:1||NUCLEASES:1||conformational analysis:1||POLYSILANE:1||Hyaluronic acid:1||Hostguest chemistry:1||tissue engineering:1||SPINCROSSOVER:1||DIELSALDER REACTION:1||MODEL:1||SELFORGANIZATION:1||NANORINGS:1||ROUTE:1||CATALYSTS:1||SCATTERING:1||DSC:1||insulin:1||SUZUKI REACTIONS:1||FEWLAYER GRAPHENE:1||NICKEL:1||STABILITIES:1||SYSTEM:1||RELAXATION:1||TRANSFORMATION:1||IONIC LIQUID:1||magnetism:1||GAS SORPTION:1||FULLERENE:1||Theoretical calculation:1||HYDRATION:1||separation:1||LARGE PORES:1||crystal structure:1||biomolecular interface:1||topochemistry:1||NETWORK:1||MOLECULARSIEVE:1||SIZE:1||hostguest interaction:1||SUPRAMOLECULAR MODIFICATION:1||DENDROPHANES:1||URIL SYNTHESIS:1||UNIT:1||CROWNETHER:1||alpha,omegadiaminoalkanes:1||ELECTROSPRAYIONIZATION:1||monoquinone:1||CALIXARENES:1||REDOX:1||ETHYLENE POLYMERIZATION:1||CL:1||RAY CRYSTALSTRUCTURE:1||SUBSTITUENTS:1||LINEAR ROTAXANE DIMER:1||PERMEATION:1||BIOLOGY:1||ACIDBINDING PROTEIN:1||DRIVEN:1||FEATURES:1||alkanediamine:1||GLUCOSEOXIDASE:1||manganese:1||GELATORS:1||solvothermal synthesis:1||sidechain:1||PSEUDOPOLYROTAXANE:1||hydrogen:1||TRANSMEMBRANE CHANNELS:1||protein folding:1||AMYLOID PEPTIDE(140):1||MEMBRANEPROTEINS:1||MACROCYCLES:1||SOLVATION:1||Chirality:1||FERROELECTRIC PROPERTIES:1||SITES:1||LIPOSOMES:1||Xray crystallography:1||Macrocycles:1||ARYL:1||PSEUDOROTAXANES:1||PROPYLENE CARBONATE:1||IONICCONDUCTIVITY:1||MEMBRANEFUSION:1||MOLECULAR CONTAINERS:1||INSITU:1||MACROCYCLIC DISULFIDES:1||PARTICLES:1||polymers:1||TRANSITIONMETAL:1||DIAMINOBIPHENYL:1||PROMOTED HYDROLYSIS:1||METALIONS:1||RNA:1||solidstate structures:1||PHOTODYNAMIC THERAPY:1||cations:1||METALLOMESOGENS:1||INSULIN:1||BOND FORMATION:1||FIELDEFFECT TRANSISTORS:1||CUCURBITURILS:1||AMINOGLYCOSIDES:1||CROSSLINKING:1||INTERFACES:1||metalion exchange:1||POROUS MATERIALS:1||TANDEM ENZYME ASSAYS:1||INCLUSIONCOMPOUNDS:1||MOF MIL101:1||CATENATION:1||MICROPOROSITY:1||MOLECULAR MECHANICS:1||ZINC(II) COMPLEXES:1||TETRAAZAMACROCYCLES:1||INERT:1||PROTEIN SURFACE INTERACTIONS:1||PHASE PROBE MOLECULES:1||THINFILM:1||PSEUDOROTAXANE FORMATION:1||CELLS:1||ALCOHOLS:1||monoprotection:1||DNA:1||CYCLOHEXANE RINGS:1||AQUEOUSSOLUTIONS:1||CYCLAM:1||hostguest complexes:1||rubidium:1||copper:1||AMMONIUM:1||CALIXQUINONES:1||MOLYBDENUM PHOSPHATES:1||TEMPERATURE SYNTHESIS:1||LANTHANIDE COMPOUNDS:1||Cross polymerization:1||DNABINDING AFFINITY:1||STRUCTURAL BASIS:1||cucurbit[8] uril:1||GAMMACYCLODEXTRIN CAVITY:1||folded conformation:1||DIASTEREOSELECTIVE FORMATION:1||ORGANOGELS:1||SOLDIERS PRINCIPLE:1||SPIN GROUNDSTATE:1||DONORACCEPTOR INTERACTIONS:1||CHROMATOGRAPHY:1||GLYCOLURIL DIMERS:1||preparation:1||asymmetric synthesis:1||NANORIBBONS:1||GENE DELIVERY:1||NATURALGAS STORAGE:1||NEUTRONDIFFRACTION:1||METALLOPORPHYRINS:1||DIMERS:1||MOLECULAR CAPSULES:1||NANOCAPSULES:1||crystal design:1||BATTERIES:1||PROTEIN DYNAMICS:1||NANOSPHERES:1||polymerization:1||XRAYDIFFRACTION:1||THREEFOLD SYMMETRY:1||INSITU PHOTOPOLYMERIZATION:1||ENHANCED RAMANSCATTERING:1||CORROSIONINHIBITOR:1||POLYBENZIMIDAZOLE:1||THERMALEXPANSION COEFFICIENT:1||INTEGRATED OPTICAL TECHNIQUES:1||MICROCAPSULES:1||PLASMON RESONANCE:1||intaxanes:1||EPOXIDATION:1||NANOCAPSULES:1||ammonium ions:1||BENZENE:1||FLEXIBILITY:1||SHAPES:1||nanoparticles:1||GROWTH:1||IMMOBILIZATION:1||SUGARS:1||Structurally constrained macrocycles:1||Copper(II) complex:1||MOLECULEMAGNET:1||fuel cells:1||MARINEMUSSEL ADHESIVE:1||CHEMICAL SENSORS:1||MICRODIALYSIS:1||BETAKETOESTERS:1||SINGLECRYSTALS:1||binding affinity:1||PURIFICATION:1||catalysis:1||sensor:1||copper(II) complex:1||avidinbiotin interaction:1||BUILDING UNITS:1||PERSULFATE:1||SOLIDSTATE:1||C60:1||(pseudo)rotaxanes:1||ACIDS:1||SPERMINE:1||METHYLATION:1||EQUILIBRIA:1||OPTICAL NONLINEARITIES:1||calix[4]arene:1||Na+ ion:1||METALLOCENE METHYLALUMINOXANE CATALYSTS:1||cesium:1||PEROXOTITANIUM(IV) PORPHYRINS:1||TITANIUM(IV) PORPHYRINS:1||18crown6:1||Stationary phase:1||ABILITY:1||UNFOLDED POLYPEPTIDECHAINS:1||LIPIDBILAYERS:1||DIELSALDER:1||hydrogen bonding:1||NATURALPRODUCTS:1||MOLECULAR SHUTTLE:1||PROTEIN INTERACTIONS:1||CINNAMICACIDS:1||BRIDGED GLYCOLURIL DIMERS:1||alkanol:1||magnesium:1||GELS:1||magnetic property:1||TRANSFER EXCITATION:1||ABSORPTIONSPECTRA:1||HOSTGUEST COMPLEXATION:1||SIMPLE THERMODYNAMIC MODEL:1||METHYLVIOLOGEN:1||POLY(PROPYLENE GLYCOL):1||6>:1||chiral photochemistry:1||sensitizing host:1||NANOSTRUCTURES:1||INVITRO:1||PERFECTLY POLAR ALIGNMENT:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||cytotoxicity:1||ruthenium complexes:1||carbonyl complexes:1||CHALLENGES:1||DRIVINGFORCE:1||POWDER DIFFRACTION:1||SURFACEAREA:1||METATHESIS:1||GENERATION EFFICIENCIES:1||NANOSTRUCTURED POLYMERS:1||poly(amic acid):1||ORIENTATION:1||inositol:1||crystallography:1||CYCLOPENTADIENYL:1||HIGHMOLECULARWEIGHT:1||Theranostic system:1||THERAPEUTICS:1||polyrotaxane:1||coordination modes:1||MOLECULARBASED MAGNET:1||OLEFINS:1||FACILE:1||POLYAMIC ACID:1||MISCIBILITY:1||EPITAXIAL GRAPHENE:1||collisioninduced dissociation:1||MAGNETIZATION:1||POLYHEDRA:1||POLYMER ELECTROLYTE MEMBRANES:1||PHOSPHORICACID:1||ionselective electrode:1||acetylcholine:1||OPTIMIZATION:1||pipi stacking interactions:1||FRAMEWORK MATERIALS:1||NETWORKS:1||PK(A) SHIFTS:1||Pyridine:1||SALT:1||ASSEMBLIES:1||POLYAMIDOAMINE DENDRIMERS:1||slipping mechanism:1||METALLACYCLIC POLYGONS:1||ALKALI:1||IONOPHORES:1||K+:1||reduction:1||POLYAMINE:1||FUNCTIONALIZED DENDRIMERS:1||TETRAMETHYLCYCLAM:1||SULFUR:1||COORDINATION NETWORK:1||ALDEHYDES:1||CYCLAM LIGANDS:1||1,4,7,10TETRAKIS(2HYDROXYETHYL)1,4,7,10TETRAAZACYCLODODECANE:1||ALKYL CHAINS:1||Double endcapping:1||molecular machines:1||ion channels:1||gas storage:1||BROMIDE:1||dendrimer:1||TERMINAL ALKYNES:1||ERYTHROCYTES:1||SYNTHETIC HOST:1||complex stability:1||cucurbit[6]uril:1||GAMMACYCLODEXTRIN:1||INCLUSION COMPLEX:1||DEPENDENCE:1||stationary phase materials:1||FLUORESCENCE ENHANCEMENT:1||ASYMMETRIC SULFIDE OXIDATION:1||AQUEOUS HYDROGENPEROXIDE:1||FRAMEWORK SOLIDS:1||GIANT PORES:1||sensors:1||SYNTHETIC MODELS:1||peptides:1||Asymmetric catalysis:1||Metalorganic porous materials:1||PERMANENT POROSITY:1||LANTHANIDE PHOSPHONATES:1||GASADSORPTION:1||HIGHCAPACITY:1||Conformation:1||ENTHALPYENTROPY COMPENSATION:1||TRANSITION:1||luminescence:1||terbium:1||nonlinear optical materials:1||amide acid:1||THICKNESS:1||2,2&apos:1||BIS(TRIFLUOROMETHYL)4,4&apos:1||HUMIDITY:1||CO(III) COMPLEX:1||XRAY DIFFRACTION:1||TARGETED NANOPARTICLES:1||AMPLIFICATION:1||NECKLACE:1||transition metals:1||SYNTHETIC RECEPTOR:1||POLYAMINE COMPLEXES:1||ZINC(II) ION:1||WALLED CARBON NANOTUBES:1||PERMEABILITY:1||LIVING POLYMERIZATION:1||CONTAIN:1||THERMAL IMIDIZATION:1||SURFACEPLASMON RESONANCE:1||

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