ScholarWorks@Dongguk University: Kim, Jong pil

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Kim, Jong pil (김종필)

College of Natural Science (Department of Chemistry)

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Tel 02-2260-3213
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Parkinson's disease:11||Alzheimer's disease:8||Acupuncture:3||Parkinson's disease (PD):3||Gold nanoparticles:3||dopaminergic neurons:2||amyloidbeta:2||FosB:2||Induced pluripotent stem cells (iPSCs):2||Bifidobacterium:2||APP:2||Aging:2||Melaninconcentrating hormone (MCH):2||Graphene:2||Mesenchymaltoepithelial transition:2||graphene:2||neurodegenerative diseases:2||direct conversion:2||aging:2||iPSC:2||direct reprogramming:2||Levodopainduced dyskinesia:2||Autism:2||Catalpol:1||Cell reprogramming:1||Clustered regularly interspersed short palindromic repeatassociated protein 9 (CRISPR/Cas9):1||Cognitive and memory impairment:1||Cognitive function:1||DJ1:1||Direct Lineage Reprogramming:1||Direct Reprogramming:1||Direct conversion:1||Direct in vivo reprogramming:1||Direct lineage reprogramming:1||Direct reprogramming:1||Distal tibial fracture:1||Dnmt3a:1||Dopamine neuroprotection:1||Dopaminergic neurons:1||Drp1:1||ERK1/2:1||Ebf3:1||Egr1:1||Electromagnetic fields (EMF):1||Electromagnetized field:1||Embryonic stem cell:1||Enkephalin:1||Environmental impact:1||Extremely lowfrequency electromagnetic fields:1||Footprintfree transgenefree:1||GGBS:1||Gastrodia elata blum:1||Gene delivery:1||Gene expression system:1||Genome stability:1||Graphene oxidepolyethylenimine complex:1||Grb2associated binders:1||Gut microbiota:1||HO1:1||Heart regeneration:1||Histoneacetylation:1||Human bone marrowmesenchymal stem cell:1||Human induced pluripotent stem cells:1||Human mesenchymal stem cells:1||HutchinsonGilford progeria syndrome:1||In vivo gene Activating:1||In vivo gene targeting:1||In vivo reprogramming:1||Induced Cardiomyocytes:1||Induced Cardiomyocytes (iCMs):1||Induced dopaminergic neurons:1||Induced neuron:1||Induced neurons:1||Induced pluripotent stem cell:1||Induced pluripotent stem cells:1||Integrationfree:1||Intramedullary nailing:1||Ischemic Heart Disease:1||KD5040:1||Ldopa combination treatment:1||Ldopainduced dyskinesia:1||Lateral hypothalamus:1||Lime:1||Limepozzolan binder:1||Longterm potentiation (LTP):1||Low carbon:1||MPTP:1||MXene:1||Mechanism:1||Mechanism of nanotoxicity:1||Melaninconcentrating hormone:1||Mesenchymal stem cells:1||Methylation editing:1||Micro RNA:1||Midbrain DA neurons:1||Minimally invasive plate osteosynthesis:1||Mouse neural stem cell:1||Mt1:1||Myocardial Infarction:1||Myocardial infarction:1||Mytochondria dynamics:1||Nanobio interaction:1||Nanomedicine:1||Nanotopographical Cues:1||Nanotopography:1||Neural differentiation:1||Neural stem cells:1||Neurogenesis:1||Neuronal differentiation:1||Neuropeptide:1||Neuroprotective effect:1||Nrf2:1||Nucleus accumbens1:1||Oct4:1||Oct4nanoscript:1||Organoids:1||Oxidative stress:1||Parkinson disease:1||Physicochemical parameters:1||Pitx3:1||Pitx3deficient aphakia mouse:1||Pluripotency:1||Portland cement:1||Presenilin:1||Probiotics:1||Protein:1||Pyk2:1||Quiescent neural stem cells:1||RNA delivery:1||RTPCR:1||Reprogramming:1||Risk assessment:1||STAT3 signaling:1||Salusinbeta:1||Schwann cells:1||Scopolamine:1||Sirtuins (Sirts):1||Sound waves:1||Substance P:1||Sustainability:1||Synergic effect:1||Synuclein:1||THP1 cells:1||Tibia:1||Transcription factor:1||Xray diffraction:1||acupuncture:1||agerelated diseases:1||alphaSecretase:1||amyloid:1||apolipoprotein E:1||artificial transcription factor:1||biomimetic nanoparticles:1||cardiomyocytes:1||cell reprogamming:1||cellular rejuvenation:1||cellular trajectory:1||cerebral organoids:1||cognitive and memory impairment:1||conditional knockout mice:1||corrosion inhibitors:1||corrosion mechanism:1||dCas9:1||depression:1||disease modeling:1||disease modelling:1||electrochemical study:1||electromagnetic fields:1||electromagnetized fields:1||embryo:1||epigenetic changes:1||fibroblasts:1||fly ash:1||gene delivery:1||gene editing:1||geopolymer concrete:1||geopolymer mortar:1||glioblastoma:1||gut microbiota:1||heart:1||human adipose tissue derived mesenchymal stem cells:1||hypothalamus:1||induced dopaminergic neuron:1||induced dopaminergic neuron organoids:1||induced pluripotent stem cells:1||inflammation:1||mRNA:1||melaninconcentrating hormone (MCH):1||melatonin receptor:1||metabolic diseases:1||metabolic syndrome:1||midbrain:1||mitochondria:1||motor and nonmotor symptoms:1||myelination:1||nanosheets:1||neural circuitry:1||neural progenitor cells:1||neuregulin:1||neurodegenerative disease:1||neuron:1||neuroprotection:1||neurotransmitter:1||nonintegration:1||normal consistency:1||organoid:1||organoids:1||outer radial glia cells:1||p38:1||parkinson's disease:1||partial reprogramming:1||pig:1||plant extract:1||pluripotent stem cell:1||pluripotent stem cells:1||probiotics:1||progenitor cells:1||progeria:1||rejuvenation:1||scanning electron microscope:1||sirtuins(SIRTs):1||surface analysis:1||synaptic depression:1||synaptic dysfunction:1||3D assembloids:1||valproic acid:1||3D modeling:1||APOE:1||Adam10:1||Alzheimer's:1||Alzheimer's disease (AD):1||Amyloid:1||Apolipoprotein E:1||Apoptosis:1||C2C12:1||C2C12 cells:1||CREB:1||CRISPR:1||CRISPR/dCas9:1||CXCL16:1||CXCR6:1||Calpains:1||Cardiac reprogramming:1||Cardiomyocytes:1||Cas9:1||Cas9 activator:1||Cas9 activator nanocomplex:1||Cas9 magnetoplex:1||

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