ScholarWorks@Korea University College of Medicine: Park, Yong doo

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Park, Yong doo (박용두)

College of Medicine (Department of Biomedical Engineering)

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Hyaluronic acid:13||hyaluronic acid:8||hydrogel:7||3D printing:6||Poly(ethylene oxide):5||Bioprinting:4||Hydrogel:4||In situ hydrogel:3||Tissue engineering:3||polycaprolactone:3||tissue engineering:3||rhBMP2:3||surface plasmon resonance:3||biosensor:3||differentiation:3||human pluripotent stem cells:2||hypoxia:2||cell migration:2||Biomimetic hydrogel:2||ZO1:2||Microfluidics:2||Scaffold:2||Molecular weight:2||Bone morphogenetic protein2:2||matrix metalloproteinase:2||angiogenesis:2||Evaluation:2||Chitosan:2||Cardiac tissue engineering:2||Chronic heart failure:2||threedimensional cell mass:2||Kagomestructure scaffold:2||biomaterials:2||Cardiomyocyte:2||Fibroblast:2||Angiogenesis:2||vascularization:2||multivalent protein binding:2||myocardial infarction:2||Regenerative medicine:2||Ecadherin:2||Bone regeneration:2||Tissue regeneration:2||Collective cell migration:2||Bioartificial organ:2||Cell migration:2||Vascular endothelial growth factor:2||Vascular graft:2||cardiac tissue engineering:2||Robotic catheter navigation:2||Maturation:2||BMP2:2||human mesenchymal stem cells:2||ECMintegrins:1||ENERGY EQUIVALENT PRESSURE:1||ESD:1||Electrical stimulation:1||Electropneumatic pump:1||Electromagnetic mechanism:1||Electromechanical type:1||Endogenous stem cell:1||Explicit time integration:1||Extracellular matrix:1||Extravasation:1||FGF4:1||Fibroblasts:1||Finite element method:1||Fluid Therapy:1||Fluid flow:1||Focal adhesion signaling:1||Focal contact:1||Forbidden region:1||Force feedback:1||Forcereflecting platform:1||Geometry:1||HL1 atrial myocytes:1||Heart function:1||Heparin:1||Human mesenchymal stem cell:1||Human pluripotent stem cell:1||Hyaluronic acid hydrogel:1||Hyaluronic acidbased hydrogel:1||Hybrid scaffold:1||Hydrogel patterning:1||Hydrogels:1||Hydroxyapatite:1||Hyperelastic material:1||Image analysis:1||Implantable device:1||In situ wound healing:1||In vivo:1||In vivo cell expansion:1||Infusion Pumps:1||Injectable hydrogel:1||Interpenetrating polymer networks (IPN):1||Intravenous Infusions:1||Issue 152:1||KCNQ1 gene:1||Kinetics:1||LEFTYPITX2 signaling:1||LIMK/Cofilin signaling:1||MDCK:1||MMP:1||MMP sensitive hydrogel:1||MSC:1||Mathematical model:1||Matrix metalloproteinase (MMP):1||Maxillary alveolar bone defect:1||Mechanical circulatory devises:1||MgSO4 + ISO:1||Microchannel:1||Midazolam:1||Monolayer stress microscopy:1||Motility:1||Motion control:1||Myocardial infarction:1||NONPULSATILE PERFUSION:1||Nanoimprinting:1||Nanopattern:1||Nanostructure:1||Nanotopology:1||Neuroangiogenic peptide:1||Nuclearmechanotransduction:1||Numerical analysis:1||O2 Plasma treatment:1||OCM:1||OCT:1||Occlusivetype pulsatile blood pump:1||Osteoradionecrosis:1||PEGMA photograft:1||PLGA fibers:1||Paracorporeal pulsatile electromechanical pneumatic ventricular assist device:1||Periimplant osteogenesis:1||Photopolymerization:1||Pluronic F127:1||Poly(Llactic acid) (PLLA):1||Poly(Nisopropylacrylamide):1||Polycaprolactone:1||Polyelectrolyte:1||Polyelectrolyte complex:1||Polylactide:1||Potassium channel:1||Propofol:1||Protein microarray:1||Pulsatile:1||RGD:1||Regeneration of ischemic heart:1||Reliability:1||Reliability test:1||Remifentanil:1||Restylane:1||Retention capacity:1||SARSCoV2:1||SDF1:1||SDF1mimic peptide:1||SDF1α:1||SHG:1||SUPPORT:1||Sedation:1||Selfassembling peptides:1||Semiinterpenetrating networks:1||Soft tissue augmentation:1||Solution:1||Stencil mask:1||Substance P:1||Swelling:1||Sympathetic nerve:1||Synergistic effect:1||Synoviocytes:1||TEM:1||TGF1:1||Temperatureinduced gel formation:1||Tensile force:1||Thermal properties:1||Tissue compatibility:1||Traction force microscopy:1||Transplantation:1||Tricalcium phosphate:1||Vascularization:1||Ventricular assist device:1||Ventricular cardiac organoid:1||Virtual fixture:1||Viscosity:1||YAP:1||actin dynamics:1||acute myocardial infarction (AMI):1||adhesiveness:1||adiposederived stromal cell:1||aerobic performance:1||alkaline phosphatase:1||angiogenesis/neovasculization:1||angiomotin:1||animal defect model:1||apical specialization:1||bFGF:1||basic fibroblast growth factor:1||biomimetic hydrogel:1||biomolecules:1||bone:1||bone marrowderived stem cell (BMSC):1||bone morphogenetic protein2:1||bone morphogenic protein:1||bone morphogenic protein2:1||bone regeneration:1||cancer diagnosis:1||cardiac:1||cardiac cells:1||cardiac organoids:1||cardiac scaffolds:1||cardiac spheroids:1||cardiomyocyte maturation:1||cardiomyocytes:1||cell adhesion substrate:1||cell area:1||cell chip:1||cell polarity:1||cellECM physical interaction:1||cellular behavior:1||chemical gradient:1||chemotaxis:1||chondroitin sulfate:1||cocultures:1||collagen:1||collagen type I:1||collective cell migration:1||computeraided drug design (CADD):1||controlled release:1||customized bone graft:1||cytokines:1||dexamethasone (Dex):1||digital volume correlation:1||dorsoventral organization:1||durability:1||ePTFE:1||electrospun nanofiber:1||embryonic stemcell:1||extracellular matrix:1||extracellular matrix (ECM):1||extracellular matrix (ECM) protein:1||fat oxidation:1||fibers:1||focal adhesion:1||gap junction:1||glioma cell:1||growth factor:1||hMSC:1||health:1||heart failure:1||heparin:1||human adiposederived stem cells:1||human bone marrow stromal cells:1||hyaluronic acidbased hydrogel (HA gels):1||in vitro matrix mineralization:1||kagome:1||label free:1||labelfree:1||lactate:1||magnetogenetics:1||matrigelbased hydrogel:1||matrix:1||matrix deformation:1||matrix metalloproteinase(MMP):1||maturation:1||mature cardiac organoids:1||mechanotransduction:1||mesenchymal stem cells:1||microcontact printing:1||microenvironments:1||microfluidic chip:1||microfluidic chips:1||microfluidics:1||micropatterning:1||mitochondrial function:1||monoclonal antibodies:1||nanogel:1||nanoparticle:1||nanoscale hydrogels:1||nanotopography:1||nerve growth factor:1||nerve regeneration:1||neutralizing antibody:1||onlaygraft:1||osteoblast differentiation:1||osteogenesis:1||oxidative capacity:1||pluripotent stem cells:1||poly(ethylene oxide):1||polydimethylsiloxane:1||polyurethane:1||precision extruding deposition:1||proliferation:1||protein multivalent binding (PMB):1||proteinprotein interaction:1||rabbit calvaria:1||rapid detection:1||scaffold:1||scaffolds:1||secondharmonic generation:1||self crosslinking:1||selfassembling peptides:1||spinal cord injury:1||spinal cord organoid:1||stem cell colony:1||stem cell transplant:1||stem cells:1||stromal cellderived factor1 alpha (SDF1alpha):1||structurebased drug design (SBDD):1||superhydrophobicity:1||surface coating:1||surface plasmon resonance (SPR):1||surfacemicropatterning cells:1||symmetry breaking:1||tight junction:1||tissue regeneration:1||tissue remodeling:1||topology:1||torsional magnetic stimulation:1||traction microscopy:1||transcriptome analysis:1||vascularized cardiac organoids:1||2D pattern:1||vasculogenesis:1||3D matrix:1||AAO:1||ALP(Alkaline phosphatase):1||AcSDKP:1||Activation energy:1||Actuator:1||Angle of pusher plate movement:1||Artificial heart:1||Axial flow pump:1||BLOODFLOW:1||Bending behavior:1||Bioink:1||Biocompatible materials:1||Bioengineering:1||Blood compatibility:1||Blood dynamics:1||Body Fluids:1||Bone cell interaction:1||Bone defect model:1||Bone marrowderived stem cell:1||Bone morphogenetic protein2 (BMP2):1||Bradycardia:1||CIRCULATION:1||Cancer metastasis:1||Cardiac catheterization:1||Cardiac maturation:1||Cardiac mesoderm cells:1||Cell adhesion:1||Cell aggregation:1||Cell culture:1||Cell orientation:1||Cell patterning:1||Cellcell interaction:1||Cellular resoponse:1||Characterization:1||Chondrogenesis:1||Chronic myocardial infarction:1||Collagen:1||Collagen scaffold:1||Computational modeling:1||Controlled release system:1||Core/shell nanoparticles:1||Customized bone graft:1||Cyclic stretch:1||DVC:1||Differentiation:1||Dip coating:1||Directional migration:1||Directionality:1||Dried coating:1||Dual growth factor delivery:1||EC:1||

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