ScholarWorks@Korea University College of Medicine: Na, Heung Sik

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Na, Heung Sik (나흥식)

College of Medicine (Department of Physiology)

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neuropathic pain:22||allodynia:17||Neuropathic pain:10||hyperalgesia:10||mechanical allodynia:9||peripheral neuropathy:8||peripheral nerve injury:8||sympathetically maintained pain:6||1:6||CAUSALGIA:5||dorsal root ganglion:5||cold allodynia:5||Atopic dermatitis:4||Formalin test:4||substance P:4||spinal cord injury:4||causalgia:4||PERIPHERAL NERVE INJURY:4||Capsaicin:4||morphine:3||pain:3||Peripheral nerve injury:3||NEUROPATHIC PAIN:3||ANIMAL MODEL:3||electrophysiology:3||ALLODYNIA:3||HYPERALGESIA:3||Inflammatory pain:2||CAPSAICIN RECEPTOR:2||DORSALHORN:2||DRG:2||Electroacupuncture:2||Heat shock protein72:2||Pruritus:2||Rat model:2||SUBSTANTIAGELATINOSA:2||SYMPATHETICALLY MAINTAINED PAIN:2||TRPV1:2||animal model:2||arthritis:2||atopic dermatitis:2||capsaicin:2||carrageenan:2||circadian rhythm:2||electroacupuncture:2||isolation:2||mechanical pain:2||naloxone:2||neuropathy:2||opioid:2||phentolamine:2||postnatal development:2||prazosin:2||spinal cord:2||tyrosine hydroxylase:2||yohimbine:2||GAT3:1||Gammaaminobutyric acid:1||Glia:1||Gradual reperfusion:1||GsMTx4:1||HEARTS:1||HEATSHOCK RESPONSE:1||Chronic pain:1||Heat shock protein:1||scratching:1||Hippocampus:1||Hypothermia:1||Hypoxia:1||INVITRO:1||INDUCED ARRHYTHMIAS:1||INFARCTION:1||INJURY:1||ION CHANNELS:1||Immunohistochemistry:1||Immunology:1||Chronic itch:1||Ischemia/reperfusion injury:1||Issue 127:1||Itching:1||LL37:1||LONGTERM DEPRESSION:1||Longterm depression:1||MECHANICAL ALLODYNIA:1||MECHANISMS:1||MEMBRANE:1||METABOTROPIC GLUTAMATE RECEPTORS:1||MK801:1||MYOCARDIUM:1||Mast cells:1||Mechanical allodynia:1||Median nerve:1||Mn2+:1||Morphine:1||NEURONS:1||Central sensitization:1||NMDA:1||NMDARdependent LTD:1||NMDARindependent LTD:1||NOXIOUS HEAT:1||Nav1.7:1||Neonatal inflammation:1||Neonatal rat:1||Neonate:1||Neuroinflammation:1||CURRENTS:1||Nociception:1||Noradrenergic:1||OCCLUSION:1||Oxaliplatin:1||Oxytocin:1||PAIN PATHWAY:1||PATHOLOGICAL PAIN:1||CTOP:1||PKCγ:1||PM:1||POTENTIAL CHANNELS:1||PRIMARY AFFERENTS:1||Pain:1||Pain behavior:1||Particulate matter:1||CHANNELS:1||Peripheral nerve injury · Neuropathic pain · Neonatal · Allodynia · Spinal neuropeptides.:1||Peripheral sensitization:1||Phagocytosis:1||serotonin:1||RAT:1||RAT SPINALCORD:1||RECOVERY:1||RHT:1||Rat:1||spider toxin:1||Reoxygenation:1||Reperfusion injury:1||Reperfusioninduced ventricular fibrillation:1||S. aureus:1||SCN:1||SPINAL CORD:1||vasoactive polypeptide:1||SUPERFICIAL LAMINAE:1||spinal cord hemisection:1||SYNAPTICTRANSMISSION:1||Sodium channel:1||Staphylococcus aureus:1||Ttype calcium channel:1||Ttype calcium channel blocker:1||TMEM16A:1||TRPA1:1||Adiposederived stem cells:1||TTXresistant sodium channels:1||Th1:1||Th2:1||Th2 cells:1||Tolerance:1||Tolllike receptor 4:1||Ulnar nerves:1||VANILLOID RECEPTOR:1||Vasopressin receptor:1||Voltage Ion Probe Reader assay:1||Wallerian degeneration:1||action potential:1||acupuncture:1||adenylyl cyclase:1||adipokine:1||adiponectin:1||adrenergic:1||air pollutant:1||airway hypertrophy and remodelling:1||allicin:1||CAPSAICINRECEPTOR:1||alpha 1adrenoreceptor:1||alpha 2adrenoreceptor:1||alphaadrenoreceptor:1||analgesics:1||spinal hemsection:1||animal models:1||spinal muopioid receptor:1||ascending pathway:1||spinal nerve ligation ( SNL):1||atopic march:1||autoimmunity:1||axotomy:1||bee venom acupuncture:1||brain slice:1||breastfeeding:1||buccal mucosa:1||cFos:1||cAMP:1||calcitonin generelated peptide:1||cannula implantation:1||spinal nerve ligation (SNL):1||spinal reflex:1||CAPSAICIN:1||central amygdala (CeA):1||central neuropathic pain:1||central pain:1||central sensitization:1||chemical pain:1||chemotherapy induced neuropathic pain:1||AGE:1||cis2[diphenylmethyl]N[(2iodophenyl)1azabicyclo[2.2.2]octan3amin e]:1||CFIBERS:1||cytokines:1||depression and anxiety disorders:1||disc degeneration rat model:1||discogenic pain:1||dorsal column:1||dorsal columnmedial lemniscal system:1||dorsal horn:1||dorsal root:1||dorsal root ganglia:1||BAL fluid:1||drug testing:1||suprachiasmatic nucleus:1||Atopic disease:1||eosinophils:1||exposure:1||flexiVent:1||formalin test:1||gabapentin:1||gammaaminobutyric acid:1||glial cellderived neurotropic factor:1||glutamate:1||hyaluronic acid:1||Antimicrobial peptides:1||hypothalamus:1||inflammation:1||inflammatory pain:1||inhibitory synaptic transmission:1||injured afferents:1||innate immunity:1||intracerebroventricular injection:1||sympathectomy:1||juvenile obesity:1||leptin:1||manganeseenhanced MRI:1||matrix metalloproteinase:1||Antibradykinin agents:1||sympathetic sprouting:1||Anterolateral system:1||mouse:1||ACTIVATION:1||natural cytotoxicity:1||neonates:1||nerve injury:1||nerve regeneration:1||neurodegeneration:1||neuroimmune:1||neurokinin1:1||neuroma:1||neuromodulator:1||Animal model:1||tarantula:1||neuropeptide Y:1||neurotransmitter:1||nociception:1||norepinephrine:1||thermal pain:1||oxaliplatin:1||oxytocin:1||pacemaker:1||Analgesia:1||pain assessment:1||pain behaviors:1||Amphetamine:1||Allodynia:1||peripheral sensitization:1||tissue remodeling:1||photic resetting:1||tonic inflammatory pain:1||weight bearing:1||prostaglandin E2:1||proteases:1||protein kinase C:1||pruritus:1||rat:1||rat brain:1||reperfusion injury:1||retinohypothalamic transmission:1||Cold allodynia:1||Cold intolerance:1||Complete Freund’s adjuvant:1||DIRECT ACTIVATION:1||rodent:1||sciatic nerve:1||Defensin:1||Dementia:1||Diphenylpiperazine:1||Discogenic pain:1||Dorsal columnmedial lemniscal system:1||Dorsal horn of spinal cord:1||Dorsal root ganglion:1||Dynorphin:1||EP4 receptors:1||EVOKED ALLODYNIA:1||sciatic nerve crush:1||Electrophysiology:1||Endogenous opioid:1||Filaggrin:1||Forepaws:1||Formaldehyde:1||Chronic pruritus:1||GABA:1||GAD65:1||GAD67:1||GAT1:1||

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