ScholarWorks@Korea University: Kang, Hee min

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Kang, Hee min (강희민)

공과대학 (신소재공학부)

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stem cell differentiation:7||macrophage polarization:7||macrophage adhesion:6||remote manipulation:3||cell adhesion:3||in vivo cell adhesion:3||stem cell adhesion:2||osteogenic differentiation:2||mesenchymal stem cells:2||personalized healthcare:2||mineralized matrix:2||SPION:2||Biomimetic materials:2||bioelectronics:2||Biomineralization:2||drug delivery:2||Bone tissue engineering:2||Calcium phosphate:2||Mesenchymal stem cell:1||macroscale ligand manipulation:1||charged nanoligand:1||hybrid:1||coating material:1||nickel:1||nanoparticle decoration:1||MXene:1||Spray pyrolysis:1||reversible ligand unwinding:1||SDSPAGE:1||nanovaccines:1||immunotherapy:1||metalionligand coordination:1||reversible heterodimers:1||heterodimer:1||adenosine:1||Ligation activator:1||Minimally invasive surgery:1||Biomineralized scaffold:1||Intercalation routes:1||Bone grafts:1||dynamic modulation:1||ligand size:1||ligand spacing:1||submolecular ligands:1||unlimited nanobarcode tunability:1||Oxide materials:1||Precipitation:1||Potassiumion batteries:1||dynamic RGD screening:1||magnetic nanoassemblies:1||nanohelix motion:1||anticancer drug sensitivity:1||in vivo cell release:1||upconversion nanotransducers:1||magnetic nanocaging:1||Tissue repair:1||Ligand nanooscillations:1||tissue engineering:1||human embryonic stem cells:1||phosphate signaling:1||electrospinning:1||Firstprinciples calculations:1||healthcare monitoring:1||shearthinning biomaterials:1||ligand fastening:1||ligand proximity:1||nanocoil pitch control:1||remote control:1||crosslinker:1||doping:1||ligand nanoassembly:1||adhesion assembly:1||integrin alpha 6 beta 4:1||photocaging:1||Nearinfrared light control:1||Pore architecture:1||Synergistic ligation:1||Spine:1||Human induced pluripotent stem cells:1||solution processing:1||tactile object recognition:1||sustained release:1||Ligand spacing:1||nanoligand frequencies:1||nanoligand sequences:1||siloxane:1||Rphycoerythrin:1||functionalized nanomaterials:1||delivery:1||theranostics:1||laminin332:1||integrin alpha v beta 3:1||keratins 5:1||nanoscale immunolabeling:1||Osteochondral tissue:1||human embryonic stem cells (hESCs):1||integrin ligand oscillations:1||mixed chimerism:1||stem cells:1||Embryonic stem cells:1||Mesenchymal stem cells:1||Release:1||static modulation:1||gelatin methacryloyl:1||biosensors:1||wearable electronics:1||soft robotics:1||Mechanotransduction:1||reversible ligand movement:1||polyrotaxane:1||magnetic switching:1||hemidesmosome:1||human induced pluripotent stem cells (hiPSCs):1||regenerative medicine:1||Gelatin methacrylate:1||Osteogenic differentiation:1||silk fibroin:1||nanoassemblies:1||contact lens:1||integrated systems:1||electronic tattoos:1||bending sensor:1||immune checkpoint blockade:1||timeregulated ligand stretching:1||RGD frequency:1||elastic ligand movement:1||Phycobiliprotein:1||Physicochemical properties:1||Gracilaria corticata:1||tumor microenvironments:1||in vivo stem cell differentiation:1||Calcium regulation:1||Trilayer scaffold:1||reversible caging:1||small molecule:1||biomimetic material:1||macrophage modulation:1||Oxygen redox:1||Layered oxides:1||V substitution:1||integrin clustering:1||Hydrogel:1||reversible ligand sliding:1||slidable nanoligand:1||spatial ligand movement:1||antiscratch:1||Photoelectron spectroscopies:1||Iron selenide:1||realtime differentiation monitoring:1||adhesome:1||integrin crosstalk:1||14:1||polymer nanoparticles:1||immune cells:1||integrin recruitment:1||in situ nanoswitches:1||multimodal control:1||bone marrow:1||In vivo osteogenic differentiation:1||calcium phosphate:1||Ferulic acid:1||Posterolateral fusion:1||bone metabolism:1||biomaterial engineering:1||biomedical engineering:1||Sodiumion batteries:1||inverse pyramid:1||cancer immunotherapy:1||Differentiation:1||RGD nanopatches:1||Catalysis:1||perovskite:1||3D structures:1||magnetic control:1||In vitro cell imaging:1||contrast agents:1||imaging:1||anisotropic nanogeometry:1||intracellular calcium regulation:1||Macrophage polarization:1||Photocleavable cap:1||Upconversion nanoparticle:1||Nanohybrid:1||Stem cell differentiation:1||A2b adenosine receptor:1||Intracrystalline structure:1||Layered double hydroxide:1||cell modulation:1||tendon regeneration:1||diagnostics:1||therapeutics:1||liquidmetal particles:1||

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