ScholarWorks@Gyeongsang National University: Byun, June Ho

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Byun, June Ho (변준호)

의과대학 (의학과)

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Tel 0557508258
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Periostealderived cells:11||Osteoblastic differentiation:8||BMP2:6||bone regeneration:5||osteoblastic differentiation:5||Mesenchymal stem cells:5||leafstacked structure:4||periosteumderived cells:4||delivery system:3||In vivo osteogenesis:3||Tissue engineering:3||Adipose tissuederived endothelial cells:3||Periosteumderived cells:3||Bone regeneration:3||Periostealderived cell:3||Osteogenic differentiation:3||Osteogenesis:3||osteogenic differentiation:3||#8208:2||&:2||3D printing:2||50μ g/ml Lascorbic:2||Bone morphogenetic protein2 (BMP2):2||DMEM:2||Dental papilladerived cell:2||Dental tissues:2||Differentiation:2||Distraction osteogenesis:2||Drug delivery:2||EGM2:2||GBR membrane:2||Halflife:2||Hydroxyapatite:2||Immunotherapy:2||JNK signaling:2||MSCs:2||Mesenchymal stem cell:2||Mine ralization 배양된 치유두 유래세포의 조골활성 및 골기질 형성의 평가2813. 치유두 유래세포의 조골세포로의 분화Passage 3을 거친 후:2||Mitochondria:2||Osteogenic inductive agents:2||Polycaprolactone (PCL):2||Polydioxanone/pluronic F127 scaffold:2||RKIP:2||Surface:2||TNFalpha:2||VEGF:2||Vascular endothelial growth factor:2||WHARTON&apos:2||autophagy:2||bone morphogenetic protein2 (BMP2):2||hPDCs:2||hypoxia:2||mesenchymal stem cells:2||miniature pig:2||mitochondria:2||periosteumderived osteoblasts:2||polycaprolactone:2||skin:2||tissue engineering:2||치유두 유래세포들은 1 × 106cells/dish의 밀도로 100mm culture dish에 주입하고10% fetal calf serum:2||Conditioned medium:1||Condylectomy:1||Controlled rate freezing:1||Cryopreservation:1||Cyclic tension force:1||Cytokine:1||oral cancer:1||Delivery system:1||Dendritic cell:1||Dental follicle:1||Dental follicle cells:1||Dental follicle cells (DFCs):1||Dental follicle stem cells:1||Dental folliclederived stem cells:1||oral diseases:1||Dental pulp stem cells (DPSCs):1||osteoblast:1||Dexamethasone:1||osteoblastic and osteoclastic differentiation:1||Disc displacement without reduction:1||Distraction Osteogenesis:1||3D bioprinted:1||(BMSCs):1||EGFR:1||oxidative stress:1||EMT:1||ERK:1||ERK pathway:1||Elderly patients:1||Electrophysiology:1||Endothelial cells:1||Endothelial progenitor cells:1||FOXO1:1||FREEZING:1||Femur:1||Flk1:1||Flt1:1||Fluoroscopy:1||Foreign bodies:1||oxygenreleasing microparticles:1||Gene delivery:1||Genetic fusion:1||Gold nanoparticles:1||Guided bone regeneration:1||Guided bone regeneration (GBR):1||p53:1||Hard palate:1||Healing abutment:1||Highdose dexamethasone:1||Hinge position:1||Human:1||Human dental tissuederived stem cells:1||Human jaw periosteumderived stem cells:1||Human mesenchymal stem cells:1||Human serum albumin:1||Hyaluronic acid:1||Hydrogel:1||Hydrothermal:1||p75NGFR:1||IL1 beta:1||Iliac bone:1||Immune cells:1||Immunohistochemical study:1||Immunohistochemistry:1||Immunohistochemistry.:1||Immunomodulation:1||parthenolide:1||In vitro osteogenesis:1||In vivo osteogeneis:1||Anteromedial:1||Inflammatory cytokine:1||Integrin alpha2:1||Interleukin 15:1||Interleukin1β(IL1β):1||Intraoral jaw bone:1||periostealderived CD146 positive endotheliallike cells:1||LC3:1||LIR motif:1||Leafstacked structure:1||Lin28a:1||Lower cheek flap:1||MALDITOFMS:1||periostealderived cells:1||MTOR:1||Macrophage:1||Malignant myoepithelioma:1||Mandibular body:1||Mandibular bone regeneration:1||Mandibular contouring:1||Maxillary sinus:1||Maxillary sinus floor elevation.:1||Medial proximal tibial angle:1||Membrane fixation:1||Mesenchymal chondrosarcoma:1||periostealderived osteoblasts:1||Anterior mandibular ramus:1||Mesenchymal stem cells (MSCs):1||Microparticle:1||Microparticles:1||#946:1||Minerali zation:1||vascular endothelial growth factor:1||Mouth floor:1||Mutant p53:1||NANOG:1||Neck dissection:1||Neuromuscular electrical stimulation:1||Neuronal differentiation:1||New bioreactor:1||Notch1:1||OPG ratio:1||OSCC:1||Openwedge high tibial osteotomy:1||Oral cancer:1||Oral squamous cell carcinoma:1||Orientation:1||Orthognathic surgery:1||Osseointegration:1||Osteoblast differentiation:1||Anterior cruciate ligament:1||Osteoblastic phenotypes:1||Osteoclastic differentiation:1||Angiokeratoma circumscriptum:1||Osteogenic Cell:1||Osteogenic activity:1||Angiogenic capacity:1||physical stimulation:1||Osteoimmunological therapy:1||Osteomyelitis:1||Osteonectin:1||Osteopontin:1||PCL:1||PCL film:1||PDL1:1||PDGFBB:1||PEBP1:1||PI3K/AKT:1||PPAR gamma agonist:1||PPAR ligands:1||Peptide:1||Alginate:1||Aerobic genes:1||Periostealderived endothelial like cells:1||Periosteum:1||Adult stem cell:1||Plasmid DNA (pDNA):1||Polycaprolactone:1||plasma treatments:1||Polydioxanone scaffold:1||pluronic F127 beads:1||Porous bead:1||Porous microparticle:1||Porous surface:1||Portal:1||Posterior tibial slope:1||Posterolateral maxilla:1||Protein binder:1||Proteomics:1||RANKL:1||pluronic F127 scaffold:1||RUNX2 activity:1||Reconstruction:1||Resveratrol:1||Retromolar trigone:1||Reverse transcriptase activity:1||S JELLY MESENCHYMAL STEM CELLS:1||S JELLY TISSUE:1||Scaffold:1||Severely atrophic alveolar ridge:1||Sialadenoma papilliferum:1||Simultaneous dental implantation:1||Skin:1||Skinderived mesenchymal stem cells:1||Skinderived precursor cells:1||Skinderived precursor cells (SKPs):1||Spheroid:1||Squamous cell carcinoma:1||Stem cells from root apical papilla (SCAP):1||Stemness:1||Stromal fibroblast:1||Strontium:1||Superiorly based platysma myocutaneous cervical flap:1||vascular endothelial growth factor (VEGF):1||Surgical approach:1||Sustained release:1||Synaptic markers:1||TGFβ1:1||TMJ:1||polydioxanone:1||Telomerase activity:1||Telomere length:1||Temporalis myofascial flap:1||Tissue cryopreservation:1||Tissue engineered bone formation:1||Adipose tissuederived CD146 positive:1||Tissueengineering:1||Tumor markers:1||Tumor necrosis factorα(TNFα):1||Tumorassociated macrophage:1||respiration:1||VEGF signaling배양된 인간 골막기원세포의 조골세포 분화과정에서 골기질 형성정도와 혈관내피세포성장인자 신호와의 상관관계199상과 혈관내피세포성장인자 신호와의 상관관계를 관찰하고자한다.:1||VEGFR:1||Vancomycin:1||Vascular Endothelial Growth Facotor Receptors:1||s jelly mesenchymal stem cells:1||Vascular endothelial growth factor receptor (VEGFR):1||Vascular endothelial growth factor receptors:1||vitronectin receptor:1||Wharton&apos:1||acetylcholine:1||apoptosis:1||atmospheric plasmas:1||autocrine growth activity:1||autocrine growth effect:1||stem cells:1||biomimetic:1||sterilization:1||bone reconstruction:1||Adipose tissue:1||calcium phosphate:1||calcium phosphate bone cement:1||cell differentiation:1||cigarette smoke:1||coculture:1||combination therapy:1||cosmetic filler:1||Adipogenic activity:1||dental applications:1||dental pulp stem cells:1||distraction osteogenesis:1||drug delivery system:1||endotheliallike cells:1||epigenetics:1||fluvastatin:1||gelatin:1||ghost cell odontogenic carcinoma:1||gingival fibroblast:1||gold nanoparticle:1||growth factor:1||growth factors:1||suberoylanilide hydroxamic acid:1||histone methylation:1||human dental folliclederived stem cells:1||human umbilical vein endothelial cells:1||hyaluronic acid:1||hybrid:1||tartrateresistant acid phosphatase (TRAP):1||hypoxic genes:1||in vitro differentiation:1||in vitro neuronal differentiation:1||in vivo peripheral nerve regeneration:1||inferior alveolar nerve:1||inflammation:1||insulinlike growth factor1 (IGF1):1||keratinocyte:1||5Fluorouracil:1||mandibular distraction osteogenesis:1||mandibular osteomyelitis:1||tiron:1||metastasis:1||microsphere:1||mineralization:1||zinc sulfate:1||tri&:1||nanohydroxyapatitecollagen:1||nanocomposites:1||Aspergillosis:1||Atorvastatin:1||Autocrine Growth Activity:1||Autocrine growth:1||Autocrine growth molecule:1||Autologous bone graft:1||BMP signaling:1||Apoptosis:1||BMP4:1||BMP9:1||Bead coating implant:1||Benign myoepithelioma:1||Biomechanical stimulation:1||Biomimetic bone regeneration:1||Bioprinting:1||Bone:1||Bone defect:1||Bone filler:1||Bone level implant:1||Bone marrow:1||Bone marrow stem cell:1||Bone marrowderived mesenchymal stem cells:1||Bone morphogenetic protein2:1||nonthermal plasma:1||Antibacterial activity:1||Buccal mucosa:1||CELL SURVIVAL RATE:1||COCKTAIL SOLUTION:1||CRYOPROTECTANTS:1||Cancer cells:1||Cell death:1||Cell spheroid:1||Cholinergic neurons:1||Closedwedge high tibial osteotomy:1||Cocktail solution:1||Collagen scaffold:1||Complex tissue regeneration:1||Compression:1||

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