ScholarWorks@Hanyang University: Jung, Sung Jun

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Jung, Sung Jun (정승준)

서울 의과대학 (DEPARTMENT OF PHYSIOLOGY)

Research Area: 신경과학

Tel 02-2220-0612
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TRPV1:6||pain:4||nociceptor:4||trigeminal ganglion:3||s disease:3||Parkinson&apos:3||TRPM2:2||Nociceptor:2||depression:2||analgesia:2||QX314:2||BDNF:2||tooth pain:2||Neuropathic pain:2||Itch:2||Dopamine:2||cAMP:2||Pain:2||neurogenesis:2||nociception:2||Ih:2||odontoblasts:2||DAMGO:1||Diacylglycerol:1||Dopamine neurons:1||Dopamine receptor:1||Doxycycline inducible expression system:1||EP2:1||EP4 receptors:1||Electrochemistry:1||Eugenol:1||G(i)protein:1||GABAA receptor:1||GPR171:1||GR:1||Gamma 2 subunit:1||Gammaaminobutyric acid:1||HCN channels:1||HCN2 channel:1||HDAC2:1||Histamine:1||Human health impact:1||Hyperalgesia:1||Hyperpolarizationactivated cyclic nucleotidegated channel:1||IP3 receptor:1||Imiquimod:1||Indoor environment:1||Interleukin6:1||Itching:1||K+ current:1||LPC:1||Local anesthetics:1||Mechanical allodynia:1||Mechanosensor:1||Microglia:1||Midazolam:1||Molecular neuroscience:1||NF200:1||NK1 receptor:1||Neural prostheses:1||Neurological models:1||Neuron:1||Neuronal maturation:1||Neuroscience:1||Neurotrophin:1||Nociception:1||Nurr1:1||Opioid:1||P2X3 receptor:1||PGE1:1||Physiological adaptation:1||Primary afferent Cfibers:1||ROS:1||Rat:1||Rodent behavior:1||SG neuron:1||SH2domaincontaining tyrosine phosphatase1 (SHP1):1||SKF38393:1||STAT3:1||Sensory neurons:1||Sevoflurane:1||Sjogren&apos:1||Spike pattern analysis:1||Striatum:1||TASK:1||TLR4:1||TRP channel:1||TRPA1:1||TTXresistant sodium channels:1||Thermal hyperalgesia:1||Thermosensor:1||Tolllike receptor:1||Tolllike receptor 7:1||Touch:1||Transducer:1||Transient receptor potential channels:1||Trigeminal system:1||Voltagegated sodium channels:1||Xerostomia:1||adenosine triphosphate:1||anesthesia:1||anhedonia:1||autophagy:1||behavior:1||cGMP:1||calcitonin generelated peptide, curcuminoid synthesis, pain:1||chronic obstructive pulmonary disease:1||deep brain stimulation:1||dental pulp:1||dentin:1||dentinal hypersensitivity:1||desensitization:1||despair:1||discharge pattern:1||dopamine neuron:1||eugenol:1||fMRI:1||formalin test:1||functional MRI:1||functional neurosurgery:1||genomic integration free:1||gliogenesis:1||glucocorticoid (cortisol):1||hippocalcin (HPCA):1||hippocampus:1||hydrodynamic theory:1||in?vitro transcription:1||inflammatory:1||local anesthesia:1||mRNA:1||neural precursor cell:1||neural stem cells:1||neurobiology:1||neuropathic, TRPV1 receptor:1||nociceptive:1||oxaliplatin:1||p38MAPK:1||patch clamp:1||peripheral sensitization:1||peripherin:1||phosphoinositidedependent protein kinase1 (PDK1):1||phospholipase D1 (PLD1):1||prevention:1||prostaglandin E2:1||protein degradation:1||pruritus:1||purinergic receptors:1||reparixin:1||resting state functional connectivity:1||s Syndrome:1||signal transducers and activator of transcription 3 (STAT3):1||singlecell analysis:1||spike train analysis:1||spinal cord slice:1||stress:1||substance P:1||substantia gelatinosa:1||subthalamic nucleus:1||synaptogenesis:1||temporal decoding:1||temporal encoding:1||trigeminal ganglion neuron:1||trigeminal ganglion neurons:1||AITC:1||vincristine:1||ATF3:1||ATP:1||Action potentials:1||Afferent neuron:1||Agitation:1||Allodynia:1||Alternative splicing:1||Atopic dermatitis:1||Autoantibodies:1||Behavioral neuroscience:1||Brain:1||Brain functional magnetic resonance imaging:1||Building material:1||CIPN:1||CXCR2:1||Carbonfiber microelectrodes:1||Cdk5:1||Chemical element:1||Computer simulation:1||Curcumin:1||Cytosolic Ca2+:1||

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222, Wangsimni-ro, Seongdong-gu, Seoul, 04763, Korea+82-2-2220-1366

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