ScholarWorks@Sookmyung Women's University: Kim, Jongmin

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Kim, Jongmin (김종민)

이과대학 (생명시스템학부)

Research Area: vascular diseases, pulmonary arterial hypertension, cancer stem cell

Tel 02-710-9553
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MicroRNA:5||microRNA:4||mesenchymal stem cells:4||Angiogenesis:4||Apoptosis:3||Endothelial cell:3||osteoarthritis:2||endothelial to mesenchymal transition:2||zebrafish:2||Mesenchymal stem cells:2||pulmonary hypertension:2||brain ischemic stroke:2||breast cancer:2||Vasculogenic mimicry:2||Cancer mutations:1||Cancer therapy:1||Cancer transcriptome:1||Caveolin1:1||Caveolin1Protein foldingAssociationStabilityCaveolaeCaveolin1 is a principal protein in the plasma membrane microdomains calledcaveolae. Caveolae play an important role in the transcytosis and pinocytosis.Therefore:1||Chemoresistance:1||Cisplatin:1||Endothelial cells:1||Endothelial dysfunction:1||Endothelial nitric oxide synthase:1||Endothelial to mesenchymal transition:1||Exosomes:1||FAK:1||FERM:1||Fatty acids:1||Fluorescence spectroscopy:1||Focused lowintensity pulsed ultrasound:1||G proteins:1||G13:1||Glioma:1||HDAC4:1||HDAC5:1||Homotypic aggregation:1||Hypoxic conditioned medium:1||IKB:1||IL6 signaling:1||Inflammation:1||LFA1:1||Lipidtransfer proteins:1||M2 macrophage:1||MAGEA12:1||MEF2A:1||MEF2C:1||Mac1:1||Macrophage polarization:1||MicroRNA146a:1||MicroRNA26a:1||Myocardial infarction therapy:1||NCadherin:1||NFκB:1||Neurofibromin 2:1||Nitric oxide:1||NogoB receptor:1||Nucleotidebinding oligomerization domaincontaining protein 1:1||Osteocyte proliferation:1||Ovarian cancer:1||Ovarian cancer stem cells:1||Peroxisome proliferatoractivated receptor gamma:1||Plasmaactivated medium:1||Pulmonary arterial hypertension:1||Pulmonary vascular cell:1||Resveratrol:1||SMAD:1||Salvia miltiorrhiza extract:1||Signaling pathway:1||Software development:1||Statins:1||Synergistic cytotoxicity:1||Synovial fluid derivedmesenchymal stem cells:1||Therapeutic target:1||Tumor tropism:1||Tumor vascularization:1||VEGF:1||Vascular disease:1||Vascular endothelial growth factor:1||Vascular endothelial growth factor secretion:1||Vascular medicine:1||XIAP:1||antidepressant therapy:1||apelin protein:1||apelinAPJ pathway:1||autologous cell transplantation:1||biomarker:1||bone morphogenetic protein (BMP) signal:1||bone regeneration:1||calvarial defect model:1||caveolin1 is most likely to wor:1||cell adhesion:1||cell survival:1||chromatin modification:1||circulatingtumor cell:1||depression:1||developmental biology:1||differentiation:1||endothelial cell microRNA:1||endothelial cells:1||endothelial dysfunction:1||endothelial heterogeneity:1||endothelialtomesenchymal transition:1||epithelial&:1||ginsenoside Rg3:1||histone deacetylase (HDAC):1||hypoxic conditioned medium:1||iEDAP:1||inflammation:1||inflammationnitric oxide:1||inflammatory process:1||intercellular adhesion molecule1:1||lung disease:1||lymphatic endothelial cells (LEC):1||lymphatic vessel development:1||lymphatic vessels:1||maesil extract:1||mesenchymal stem cell:1||mesenchymal transition:1||metastasis:1||miR34a:1||microRNA192:1||microRNA218:1||microRNA221:1||#8211:1||molecular subtype:1||multiple combined treatment:1||neuropilin2 (NRP2):1||proliferation:1||pulmonary arterial hypertension:1||pulmonary fibrosis:1||rheumatoid arthritis:1||semaphorin3C (SEMA3C):1||small molecule:1||small molecules:1||suspension cell:1||synovial fluid:1||synovial fluidderived mesenchymal stem cells:1||transcriptional activation:1||vascular disease:1||vasculogenic mimicry:1||microRNAs:1||APJ:1||APJ receptor:1||AXL:1||Acanthopanax senticosus extract:1||Activated lymphocyte cell adhesion molecule:1||Angelica gigas extract:1||Antibodydrug conjugates:1||Apelin:1||Atherosclerosis:1||Binding:1||Biomarker:1||Bone regeneration:1||Calvarial bone fracture:1||

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Sookmyung Women's University. Cheongpa-ro 47-gil 100 (Cheongpa-dong 2ga), Yongsan-gu, Seoul, 04310, Korea 02-710-9127

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