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HAHN, SEI KWANG (한세광)

Dept of Materials Science & Engineering(신소재공학과)

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hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglutinin:1||binary blends:1||MIXTURES:1||TUMOR:1||TECHNOLOGY:1||OPTICAL WAVEGUIDES:1||FIBERS:1||Cationic solid lipid nanoparticles:1||pipi stacking:1||OXIDE:1||HAHMDA hydrogel:1||ACTIVATION:1||AGGREGATION:1||MACULAR DEGENERATION:1||POLYSACCHARIDES:1||polymer blend:1||ANTITUMOR BIOCONJUGATE:1||SIGNALING PATHWAYS:1||HYALURONICACID HYDROGELS:1||OXIDATION:1||formulation:1||MICROSPHERES:1||sodium tetrathionate:1||controlled release:1||OLIGOSACCHARIDES:1||polyethylenimine:1||VECTOR:1||HYALURONICACID DERIVATIVES:1||POLYMERIC MICELLES:1||ENDOSCOPY:1||singlefile diffusion:1||crosslinking:1||RIGIDITY:1||FLUID:1||ACID DERMAL FILLERS:1||DRY EYE SYNDROME:1||interleukin 6 receptor:1||OBESITY:1||CHITOSAN:1||cytotoxicity test:1||intraluminal drug administration:1||drug effects:1||pathology:1||tumor cell culture:1||Dextran Sulfate:1||Mice:1||ACID CONJUGATE:1||LUNG:1||POLYISOPRENE DIBLOCK COPOLYMERS:1||Bioimaging:1||Liver fibrosis:1||phase behavior:1||COATINGS:1||ANCHOR:1||Diagnosis:1||tissue augmentation:1||doxorubicin:1||theranostic applications:1||RNAS:1||DRUGRELEASE:1||Bioimaging:1||QUANTUMDOT:1||ELECTRODES:1||polyplex:1||VITRO:1||SURFACES:1||PRODUCTS:1||protein drug:1||block copolymer:1||MESENCHYMAL STEMCELLS:1||TISSUE ENGINEERING SCAFFOLDS:1||antiinflammatory activity:1||disease severity:1||macrophage:1||Western blotting:1||VIVO PHOTODYNAMIC THERAPY:1||amine:1||dextran sulfate:1||chemistry:1||Cell Proliferation:1||CARBON NANOTUBES:1||MAGNETIC NANOPARTICLES:1||phase behaviors:1||segregation power:1||selfassembly:1||POLYSTYRENE:1||FLUCTUATIONS:1||SYSTEMIC DELIVERY:1||Confocal microscopy:1||RESONANCE ENERGYTRANSFER:1||DERMAL FILLERS:1||RIBAVIRIN:1||gold:1||MAMMALIANCELLS:1||Choroidal neovascularization:1||DESTRUCTION:1||hydroxyethyl starch:1||MODEL:1||ENDOTHELIALCELLS:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PROGRESSION:1||LYVE1 HA receptor:1||biocompatibility:1||anticalcification:1||GELATIN:1||ALPHATOCOPHEROL SUPPLEMENTATION:1||GLYCOSAMINOGLYCANS:1||sustained release formulation:1||medium chain triglyceride:1||microhydrogel:1||gene delivery:1||ALGINATE MICROSPHERES:1||EPIRUBICIN:1||controlled drug delivery:1||SEPARATION:1||FILTRATION:1||FIBRIN MATRIX:1||ALGINATE:1||TARGETED INTRACELLULAR DELIVERY:1||GF 20:1||SPECTROSCOPY:1||drug binding:1||immunosuppressive treatment:1||target cell:1||ADIPOSETISSUE:1||chemically induced:1||Tumor Cells, Cultured:1||Xenograft Model Antitumor Assays:1||INVIVO DELIVERY:1||CELLULAR UPTAKE:1||RNA:1||ORDERDISORDER TRANSITION:1||PHASEBEHAVIOR:1||TISSUE GROWTHFACTOR:1||stimuliresponsive polymers:1||ISCHEMIA:1||SEMICONDUCTOR QUANTUM DOTS:1||dermal filler:1||CHEMOTHERAPY:1||SIRNA:1||GLUTATHIONE:1||MEDIATED DELIVERY:1||TISSUE AUGMENTATION:1||Gene silencing:1||CHRONIC HEPATITISC:1||ANALOGS:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||TYROSINE KINASE:1||small interfering RNA:1||intracellular gene delivery:1||receptor mediated endocytosis:1||VITAMINE:1||MONOCYTES:1||glycosaminoglycan (GAG):1||BIOPROSTHETIC HEARTVALVES:1||DOGS:1||alginate:1||ENDOMICROSCOPY:1||FORMULATION:1||poly(ethylene glycol):1||SUPRAMOLECULAR HYDROGELS:1||XRAY MICROSCOPY:1||high performance liquid chromatography:1||HCT 116 cell line:1||C57BL mouse:1||Colonic Neoplasms:1||Humans:1||Microscopy, Fluorescence:1||Tissue Distribution:1||MESOPOROUS SILICA:1||LIVER:1||COLLAGENINDUCED ARTHRITIS:1||STYRENE:1||nanographene oxide:1||NEURAL CIRCUITS:1||Quantum dots:1||LOWDENSITYLIPOPROTEIN:1||HEPATICFIBROSIS:1||MECHANISMS:1||EMULSIONS:1||REALTIME:1||BRIGHT:1||micelles:1||Interferon alpha:1||Rheumatoid arthritis:1||postsurgical adhesion barrier:1||HIV1 INFECTION:1||antiinflammatory:1||hyaluronic acid (HA):1||reporter gene:1||CIRCULATION:1||DRUGDELIVERY SYSTEMS:1||TRANSMISSION ELECTRONMICROSCOPY:1||comparative study:1||drug conjugation:1||drug efficacy:1||microcomputed tomography:1||osteoclast activity:1||contrast medium:1||chemical structure:1||colon cancer:1||conjugate:1||gel permeation chromatography:1||human:1||procedures:1||metabolism:1||Hyaluronic Acid:1||Male:1||Mice, Inbred C57BL:1||gold nanoparticle:1||DISEASE:1||XRAYSCATTERING:1||skin cancer:1||ENDOCYTOSIS:1||surfaces:1||Graphene oxide:1||NEARINFRARED FLUORESCENCE:1||GENEEXPRESSION:1||MOLECULE:1||APOLIPOPROTEINB:1||CELL:1||Type 2 diabetes:1||EXENATIDE EXENDIN4:1||Corneal neovascularization:1||POLYELECTROLYTE COMPLEX MICELLES:1||hyaluronidase:1||DEFICIENT CHILDREN:1||INFUSION:1||EMULSION:1||ENCAPSULATION:1||POLYETHYLENIMINE:1||HAIR REMOVAL:1||nanochannels:1||BLOCKCOPOLYMER:1||WATER:1||ROS:1||alendronic acid:1||TRANSDERMAL DRUGDELIVERY:1||aldehyde:1||rhodamine B:1||cancer diagnosis:1||human cell culture:1||polyacrylamide gel electrophoresis:1||synthesis:1||colon tumor:1||drug screening:1||RECEPTOR INHIBITION:1||TOCILIZUMAB:1||anomalous domain spacing behavior:1||photothermal therapy:1||LINEAR POLYETHYLENIMINE:1||Connective tissue growth factor:1||atomic force microscopy:1||HYDROGEL:1||Apoptosis:1||Caspase:1||LIVE CELLS:1||CASPASE3 ACTIVATION:1||NANOTUBES:1||RESONANCE:1||Liver cirrhosis:1||INTERFERENCE:1||Hepatitis C virus:1||METASTASIS:1||INTRAARTICULAR INJECTION:1||liver cirrhosis:1||LOWMOLECULARWEIGHT:1||BIODISTRIBUTION:1||protein delivery:1||ACID) PLGA MICROSPHERES:1||TEM images:1||MEMBRANES:1||FIBROBLASTGROWTHFACTOR:1||TRANSPLANTATION:1||DEATH:1||animal cell:1||cell viability:1||controlled study:1||drug potentiation:1||drug synthesis:1||proton nuclear magnetic resonance:1||ABLATION THERAPY:1||RISK:1||chemical reaction:1||diagnostic imaging:1||human cell:1||cell proliferation:1||Animals:1||COATED NANOPARTICLES:1||hyaluronic acid:26||DRUGDELIVERY:23||RECEPTOR:21||Hyaluronic acid:15||INVIVO:13||SUSTAINEDRELEASE FORMULATION:13||DELIVERY:10||NANOPARTICLES:10||SODIUM HYALURONATE:10||CELLS:10||HYDROGELS:10||GROWTH:9||DEGRADATION:7||Drug delivery:6||FUNCTIONALIZED DERIVATIVES:6||hydrogel:6||INTRACELLULAR DELIVERY:6||MICE:5||ADHESION:5||THERAPY:5||FABRICATION:5||THERAPEUTICS:5||DNA:5||siRNA:5||BIOMATERIALS:5||CHEMICALMODIFICATION:5||ENDOTHELIAL GROWTHFACTOR:5||CONJUGATE:4||CULTURE:4||hydrogels:4||CUCURBITURIL:4||ACID:4||DERIVATIVES:4||STEMCELLS:4||CD44:4||POLYMERS:4||SURFACE:4||bioimaging:4||COMPLEX:4||TISSUE:3||PROLIFERATION:3||DESIGN:3||ANTIFLT1 PEPTIDE:3||Conjugation:3||quantum dot:3||crosslinking:3||spray drying:3||NEOVASCULARIZATION:3||EFFICIENT:3||erythropoietin:3||CHEMISTRY:3||PROTEIN:3||LYVE1:3||ACID HYDROGELS:3||ERYTHROPOIETIN:3||Dexamethasone:3||SIZE:3||SMALL INTERFERING RNA:3||HYALURONICACID:3||sustained release:3||RNA INTERFERENCE:3||IDENTIFICATION:3||polyethyleneimine:3||QUANTUM DOTS:3||BREASTCANCER:3||MOLECULARWEIGHT:3||Conjugate:3||TUMORGROWTH:3||degradation:3||RHBMP2:2||NANORODS:2||MEDIATED GENE DELIVERY:2||RNA aptamer:2||polyLlysine:2||chemical modification:2||CONSTRUCTS:2||Michael addition:2||mouse:2||tissue engineering:2||Hostguest chemistry:2||ATTACHMENT FORMATION:2||Controlled degradation:2||Hyaluronate:2||AntiFlt1 peptide:2||NANOWIRES:2||LYMPHATIC ENDOTHELIUM:2||microstereolithography:2||disulfide bond:2||nonhuman:2||peanut agglutinin:2||POLARIZATION:2||Human growth hormone:2||GRAPHENE OXIDE:2||supramolecular chemistry:2||Polyethyleneimine:2||PEPTIDE:2||PLGA SCAFFOLDS:2||Periodontal barrier membrane:2||Bone regeneration:2||NANOTOPOGRAPHY:2||Target delivery:2||Vascular endotherial growth factor:2||FIELDEFFECT TRANSISTORS:2||SYSTEM:2||peripheral blood mononuclear cell:2||body distribution:2||PHOTODYNAMIC THERAPY:2||fluorescence microscopy:2||rheumatoid arthritis:2||COMPLEXATION:2||COPOLYMERS:2||FIBROSIS:2||CONTROLLEDRELEASE:2||COLLAGEN MEMBRANE:2||RABBIT:2||GENE DELIVERY:2||MOLECULAR RECOGNITION ELEMENTS:2||bioprosthetic heart valve:2||bovine pericardium:2||scaffold:2||MICROSTEREOLITHOGRAPHY:2||HUMAN SKIN:2||tocilizumab:2||SYSTEMS:2||Cucurbituril:2||Theranostic system:2||EXPRESSION:2||INVITRO:2||CELLADHESION:2||MORPHOGENETIC PROTEIN2:2||ANGIOGENESIS:2||NANOSENSORS:2||OSTEOPONTIN:2||human growth hormone:2||polyelectrolyte complex multilayer:2||RELEASE FORMULATION:2||chondrocyte:2||SKINCANCER:2||SENSOR:2||cucurbituril:2||CYCLODEXTRIN:2||TARGETED NANOPARTICLES:2||Pulmonary delivery:2||Transdermal delivery:2||CELLPROLIFERATION:2||FIBROBLASTS:2||POLY(ETHYLENE GLYCOL):2||PROTEIN2:2||Poly(lacticcoglycolic acid):2||DEFECTS:2||INFLAMMATION:2||BIOCOMPATIBILITY:2||BEHAVIOR:2||quantum dots:2||Aptamer sensors:2||SINGLE:2||RECEPTORS:2||DNA COMPLEXES:2||sodium hyaluronate:2||surface modification:2||CAD/CAM:2||TISSUES:2||in vitro study:2||Nanoparticle:2||ASTHMA:2||TYPE1:2||Targeted delivery:2||MICROENVIRONMENTS:2||conjugates:2||PLATFORM:2||PHOSPHATE:2||COLLAGEN:2||ANGIOGENIC OLIGOSACCHARIDES:2||Hydrogel:2||REGENERATION:2||TITANIUM:2||DOXORUBICIN:2||lecithin:2||RELEASE:2||FILMS:2||animal experiment:2||LUNG INJURY:2||drug delivery:2||SIRNA DELIVERY:2||POLYMER:2||Multifunctionality:2||PEGYLATION:2||targeted delivery:2||COMPOSITE SCAFFOLDS:2||TISSUE REGENERATION:2||CALCIUMPHOSPHATE CERAMICS:2||REPAIR:2||Si nanowire fieldeffect transistor:2||BIOSENSORS:2||DIVALENTCATIONS:2||HYDROGEL FILMS:2||CARBONATEBASED PREPOLYMERS:2||PROTEINS:2||animal model:2||Article:2||PHOTOTHERMAL THERAPY:2||Flt1 peptide:2||Asthma:2||PENETRATION ENHANCERS:2||Receptors:2||MICRONEEDLES:2||block copolymers:1||APOPTOSIS:1||biopolymers:1||DOPAMINE:1||CANCER:1||Targeted systemic delivery:1||FORM:1||SAFETY:1||Diabetic retinopathy:1||PROSTAGLANDINE SYNTHASE:1||OSTEOARTHRITIS:1||PREVENTION:1||SODIUM:1||DNA DELIVERY:1||Exendin4:1||WEIGHT:1||GRAPHENE:1||TNFalpha:1||calcification:1||INHIBITION:1||CARTILAGE:1||MEDIUMCHAIN TRIGLYCERIDES:1||bioimaging:1||SILK FIBROIN:1||SKIN:1||STABILITY:1||elastic modulus:1||HYDROGENPEROXIDE:1||carbon nuclear magnetic resonance:1||enzyme linked immunosorbent assay:1||in vivo study:1||osteoclast:1||animal:1||male:1||tissue distribution:1||Peanut Agglut