ScholarWorks@Soongsil University: Jeong, Jae Hyun

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Jeong, Jae Hyun (정재현)

College of Engineering (Department of Chemical)

Research Area: 약물전달학, 조직공학, 계면공학

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hydrogel:5||elastic modulus:4||degree of substitution:3||selffolding:3||selfassembly:3||polyaspartamide:3||.:3||Akkermansia muciniphila:2||collagen gel:2||angiogenesis:2||Polyaspartamide:2||drug delivery:2||human skin equivalents:2||PLGA:2||Hydrogel:2||Quantitative analysis:2||LCMS/MS:2||fine dust:2||inflammation:2||MALDIMS:2||Chemical derivatization:2||Selfassembly:2||Colloidal crystal:1||Colloidal lithography:1||Colloidal particle assembly:1||Cross linker:1||Crosslinking efficiency:1||Cytotoxic:1||Degree of substitution:1||Degree of swelling:1||Dumbbell shaped spiropyran:1||Electroactive bioactuator:1||Electrospinning:1||Epidermal growth factor:1||Expansion ratio:1||Freezinginduced glacier moraine:1||Glycan:1||Grafted crosslinker:1||Guided vascular network:1||Health Risk Assessment:1||Herceptin:1||Highthroughput analysis:1||Hydrogel actuator:1||Hydrophobicity:1||In vitro anticancer efficacy:1||In vitro thermoresponsive release:1||Independent control:1||Inkjet printing:1||Ionizing Radiation:1||Ironporphyrin:1||LCST:1||Lagophthalmos:1||Lipid Nanoemulsion:1||Lipophilic gel:1||Live cell clusters:1||Magnetic Resonance Imaging:1||Mechanical stress:1||Metabolomics:1||Micro/nanopatterning:1||Microbubbles:1||Microchanneled hydrogel:1||Microfluidizer:1||MoS2 nanosheet:1||Morphogen:1||Muscle bundle:1||Nanobiohybrid actuator:1||Nanofiber:1||Neurotrophic PEDs:1||Nile red:1||PEG gel:1||PM10:1||PM2.5:1||Particulate matter:1||Photo crossliking:1||Photooxidation:1||Platinum nanoparticle:1||Proteomics:1||Recombinant glycoprotein drug:1||Reconstructed human skin equivalent:1||SERPINA3G:1||SPION:1||Selffolding:1||Shear stress:1||Skin Keratinocytes:1||Spiropyran:1||Stimuliresponsive hydrogel:1||Structural integrity:1||Surface characterization:1||Targeted delivery:1||Temperaturecontrolled release:1||Transdermal delivery:1||UV blocking:1||Ultrasound contrast agent:1||VOCs:1||VOCs absorption:1||Vascular endothelial growth factor:1||Vitamin D metabolites:1||actuator:1||adipocytes:1||agar hydrogel:1||alginate:1||alginate microgel:1||amorphous precursor:1||autonomous pickplace:1||binding kinetics:1||biological machine:1||biopatch:1||biopolymer:1||biopolymers:1||branched crosslinker:1||capillary networks:1||cellinstructed delivery:1||chemical sensor:1||colloidal microgel:1||conformable neural interface:1||contact angle:1||contractile force:1||copolymer:1||crosslinking density:1||curvature:1||cytocompatibility:1||cytotoxicity:1||degree of crosslinking:1||degree of neutralization:1||degree of substitution.:1||direct teaching interface:1||docetaxel:1||emulsion:1||endothelialized channels:1||enhanced permeability and retention:1||expansion ratio:1||fluorescence resonance energy transfer:1||functional nanoparticles:1||functional peptide:1||glutaraldehyde:1||grafted crosslinker:1||hexadecylmodified SiO2 (HDSiO2):1||highperformance gels:1||hostmicrobe interaction:1||human dermal fibroblasts:1||human epidermal keratinocytes:1||hydrophilic corsslinker:1||hydrophobicity:1||implantable biomedical device package:1||implantable medical device:1||imprint lithography:1||in vitro coculture device:1||interfacial layer:1||ionochromism:1||mass spectrometry:1||mechanochromism:1||microbiome:1||microspheres:1||minimallyinvasive:1||multilayered hydrogel:1||multicrosslinked membraneionogel assembly:1||multiomics:1||multiomics analysis:1||multiscale microvasculatures:1||nanocrystal:1||neuron cell:1||nonfaradaic neurostimulation:1||number of elastically crosslinks:1||oligo(Lvaline):1||overactivebladder syndrome:1||pH 감응형:1||package:1||physical crosslinks:1||poly(amino acid):1||poly(amino acid)s.:1||poly(aspartic acid):1||poly(vinyl pyrrolidone):1||poly(vinyl pyrrolidone) (PVP):1||polydimethylsiloxane (PDMS):1||polydopamine (PDA):1||polymer pattern film:1||polyurethane (PU):1||porous structure:1||porphyrin:1||procollagen:1||protein delivery:1||reconfigurable hydrogel:1||retinol:1||selfaggregates:1||sequential crosslinking:1||shape memory:1||skin penetration:1||skin wrinkle:1||soft conductors:1||soft hydrogel actuators:1||spikelike selfassembly:1||spongelike lipophilic gel:1||stimulusresponsive hydrogel:1||superabsorbent hydrogel:1||superhydrophobicity:1||swelling kinetics:1||swelling ratio:1||target product recognition:1||trimethylsilyl group.:1||vascular endothelial growth factor:1||viscoelastic:1||work to fracture:1||wound healing:1||βsheet:1||βsheet structure:1||가교개수밀도:1||가교도:1||가교효율:1||단백질 전달체:1||물리적가교:1||베타시트구조:1||스피로피란:1||응력 감응형:1||자극 감응형 하이드로젤:1||자기조립체:1||점탄성:1||중화도:1||친수성 가교제:1||콜로이드 마이크로겔:1||탄성률:1||팽윤비:1||폴리아미노산:1||:1||표피성장인자:1||25hydroxyvitamin:1||3D AgaroseWell:1||3D agarosewell:1||3D bioprinting:1||3D human skin equivalents:1||3D networked gel:1||3차원 네트워크 겔:1||4D mask pack:1||5(6)Carboxyfluorescein:1||Agarose fibrils:1||Angiogenesis:1||Arbutin:1||Autologous serum gel:1||Bifidobacterium bifidum:1||Biohybrid robot:1||Biorobotic hand:1||Calu3:1||Chameleon gel:1||Cinnamoyl Pluronic F127:1||Cinnamoyl polymeric beta cyclodextrin:1||Clusters:1||

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