CAU Scholar's Space: Jeong, Ji Hoon

Detailed Information

Jeong, Ji Hoon (정지훈)

의과대학 (의학부(기초))

Research Area: 환경약학, 중추신경약리, 환경독성

Tel 02-820-5688
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Oxidative stress:27||AMPK:23||Apoptosis:22||ER stress:21||Inflammation:21||Autophagy:16||Obesity:16||Hippocampus:15||Insulin resistance:13||Methamphetamine:9||Striatum:9||NAFLD:9||SIRT6:8||oxidative stress:8||ERK1/2:7||Microglia:7||PPARδ:7||Proapoptosis:6||Mitochondria:6||HUVEC:6||inflammation:6||Parkinson's disease:6||Lipogenesis:6||MYPT1:6||GPx1 overexpressing transgenic mice:5||Atherosclerosis:5||hippocampus:5||HO1:5||Phosphatidylcholine:5||LCMS/MS:5||Protein kinase C delta:5||Lipolysis:5||mitochondria:5||QuEChERS:5||Rhokinase:5||SIRT1:5||Tendinopathy:5||THP1:5||AMPactivated protein kinase:4||Prefrontal cortex:4||Endoplasmic reticulum stress:4||Tandem mass spectrometry:4||apoptosis:4||Mitochondrial dysfunction:4||Bioequivalence:4||autophagy:4||DEL1:4||Dopamine:4||PKC delta knockout mice:4||Ginsenoside Re:4||Hypothalamus:4||Nrf2 transcription factor:4||cocaine:4||Adipocyte:4||insulin resistance:4||IL38:4||JAK2/STAT3:4||Cocaine:4||Glutathione peroxidase1 knockout mice:4||Humulus japonicus:4||extremely low frequency magnetic field:4||obesity:4||Plateletactivating factor receptor:3||Glutathione peroxidase1 gene:3||PPARα:3||JNK:3||p38 MAPK:3||Nuclear factor kappa B:3||FGF21:3||Aging:3||GABA:3||Dextromethorphan:3||Fluoride:3||Trimethyltin:3||Capmatinib:3||Phencyclidine:3||mTOR:3||prefrontal cortex:3||Antioxidant:3||glutathione:3||Neurotoxicity:3||IL6 knockout mice:3||5HT1A receptor:3||Dopaminergic toxicity:3||methamphetamine:3||nitric oxide:3||p47phox knockout mice:3||Vasodilation:3||GPx1 knockout mice:3||nonalcoholic fatty liver disease:3||ginsenoside Re:3||PKCδ knockout mice:3||Tai Chi:3||tandem mass spectrometry:2||Obstacle negotiation:2||endoplasmic reticulum stress:2||Schizophrenia:2||Free radicals:2||Madecassoside:2||esophageal smooth muscle cells:2||Deoxycholic acid:2||extremely low frequency magnetic fields:2||falling:2||Oxidative burdens:2||Oxidative damage:2||Serotonergic behaviors:2||Memory impairment:2||PHRL:2||IGF1:2||PI3K/Akt signaling:2||PKC:2||glutathione peroxidase1 gene:2||GPx1 geneencoded adenoviral vector:2||Egg:2||hepatic steatosis:2||Steatosis:2||hepatotoxicity:2||Ageing:2||highfat diet:2||hyperalgesia:2||Cognitive impairment:2||hypothalamus:2||Superoxide dismutase:2||PPARγ:2||PPC:2||Cell death:2||TLR4:2||Patchouli alcohol:2||Taekkyon:2||kidney:2||Pectin:2||3hydroxymorphinan:2||Milk:2||Compound K:2||Donepezil:2||Convulsive neurotoxicity:2||Ginsenoside:2||Phorbol ester:2||Dopamine receptors:2||Atopic dermatitis:2||Esophagus:2||Dopaminergic deficits:2||Musclin:2||metformin:2||Animalbased food products:2||Valdecoxib:2||Glutathione:2||Myokine:2||Glutathione peroxidase1:2||adipocyte:2||adipocytes:2||Kainate:2||Aβ (142)induced memory impairment:2||Extremely low frequency magnetic field:2||oxidative damage:2||Porcine muscle:2||Akt signaling:2||p38:2||CTRP4:2||p53 knockout mice:2||Ca2+:2||Kynurenic acid:2||Farinfrared ray:2||HPLC:2||phorbol ester:2||Neurodegenerative disease:2||Alzheimer's disease:2||Behavioral sensitization:2||Quercetin:2||Leafy vegetables:2||proapoptosis:2||Heme oxygenase 1:2||brain:2||Nitric oxide:2||Clozapine:2||calcium:2||protein kinase C:2||Reactive oxygen species:2||Nonalcoholic fatty liver disease:2||Lipid peroxidation:2||Nonalcoholic fatty liver disease:2||reactive oxygen species:2||Rehabilitation:2||Hepatic steatosis:2||Liquid chromatographytandem mass spectrometry:2||Liver:2||Hepatocyte:2||Residue analysis:2||cholinergic system:2||Residues:2||Nrf2dependent system:2||Retinyl palmitate:2||contraction:2||convulsion:2||M1 mAChR:2||smooth muscle:2||Risk assessment:2||M1 muscarinic acetylcholine receptor:2||G protein:1||Gprotein:1||GHreleaser diet:1||GPx1 gene:1||GPx1 geneencoded adenovirus vector:1||GPx1 knockout mice. GPx1 overexpressing transgenic mice:1||GPx1 knockout and GPx1 overexpressing transgenic mice:1||GPx/SODs activity ratio:1||GSH/GSSG:1||GSH/GSSG ratio:1||Gabapentin:1||Gastric secretion:1||Gastrin:1||Gastrointestinal motility:1||Ghrelin:1||Ginkgo biloba:1||Ginsenoside Rg3:1||Ginsenoside re:1||Ginsenosides:1||Glia:1||Gluconeogenesis:1||Glutamate:1||Glutamaterelated toxicity:1||Glutathione peroxidase1 overexpressing:1||Glutathione peroxidase1 overexpressing transgenic mice:1||Glutathione peroxidasex1:1||Glutathione system:1||Glutathioneimmunoreactivity:1||Gonadotropinreleasing hormone:1||Gremlin1:1||Growth plate:1||H2O2:1||HPLCUVD:1||HSPB1:1||HUVECs:1||Hazard quotient:1||Hepassocin:1||Hepatotoxicity:1||Herbal extract:1||Highdose dextromethorphan:1||Highfat diet:1||Honey:1||Humanin:1||Humulus japonicas:1||Hydrogel:1||Hydroxyl radical:1||Hypothalamic gonadotropinreleasinghormone:1||Hypoxia:1||IDO1 knockout mice:1||IDO2 knockout mice:1||IH901:1||IL1 beta:1||IL10:1||IL27:1||IL6:1||Ideal animal model:1||Ileal smooth muscle cells:1||Illumination:1||Immunohistochemistry:1||Indomethacininduced gastritis:1||Insulinlike growth factor:1||Insulinlike growth factor binding protein 2 (IGFBP2):1||Intedukin6 gene:1||Interaction between 5HT(1A) receptor:1||Interleukin6 knockout mice:1||Intermediary role:1||Iodoacetamide:1||Irisin:1||Iron:1||Ischemia:1||Isolation:1||Isoproterenol:1||Isosorbide dinitrate and isosorbide 5mononitrate:1||Itaconate:1||Ivy leaves:1||JAK2/STAT3 signaling:1||JAK2/STAT3/ERK signaling:1||K+:1||KHG22394:1||Kainate seizures:1||Keratosis:1||Kidney:1||Kiwifruits:1||Klotho gene:1||Klotho mutant mice:1||Korean melon:1||Lhyoscyamine:1||Ltype Ca2+ channel:1||Ltype calcium channel activator Bay k8644:1||LC/MS/MS:1||LECT2:1||LPA:1||LPS:1||Leafy vegetable:1||Leucinerich glioma inactivated 3 (LGI3) peptide:1||Lipid:1||Liposome:1||Lower oesophageal sphincter:1||Lung:1||Lysosomal dysfunction:1||M1 mAChR/CREB/BDNF:1||MAFLD:1||MAP kinase:1||MASLD:1||METRNL:1||MIN6:1||MLC20:1||MOSEC:1||Manialike behavior:1||Maresin 1:1||Matrix effect:1||Matrix suppression effect:1||Memory impairments:1||Metabolicassociated fatty liver disease:1||Metalaxyl:1||Methamphetamine neurotoxicity:1||Methamphetamine toxicity:1||Methamphetamineinduced behavioral sensitization:1||Methamphetamineinduced cognitive impairment:1||Methamphetamineinduced dopaminergic toxicity:1||Methamphetamineinduced memory impairment:1||Methiopropamine:1||Method:1||Method validation:1||Microcystinleucinearginine:1||Microglia of M1 phenotype:1||Microglial activation:1||Microgliosis:1||Microparticles:1||Midodrine:1||Mitochondrial burdens:1||Mitochondrial dysfunction with altered redox status:1||Mitochondrial stress:1||Mixed micelles:1||Mnsuperoxide dismutase:1||Molecular mechanism:1||Mood stabilizer:1||Mosapride:1||MotiliumM®:1||Mountaincultivated ginseng:1||Mouse hippocampus:1||Myelinoid bodies with mitochondrial dysfunction:1||Myocyte:1||Myogenesis:1||Myricetin:1||N(G) nitroLarginine methylester:1||N(G)monomethylLarginine:1||NMethyl, Npropynyl2phenylethylamine:1||NmethylDaspartate receptor subunit G1uN2B:1||NADPH oxidase:1||NC/Nga mice:1||NET:1||NFkappa B:1||NFκB inhibitor:1||NFB:1||NFκB:1||NO:1||NO synthase:1||Naftazone:1||Nanoparticles:1||Nephropathy:1||Nerve conduction velocity:1||Netrin1:1||Neuroinflammation:1||Neurokinin 1 receptor:1||Neuromodulator:1||Neuroprotection:1||Neuropsychiatric disorders:1||Neurotransmitter:1||Neurotransmitters:1||NonST elevation myocardial infarction:1||Nonalcoholic fatty liver diseases:1||Nonsteroidal antiinflammatory agents:1||Novel object recognitiontest:1||Nrf2:1||Nrf2depend system:1||Nrf2related system:1||Nrf2:1||Nrf2transcription factor:1||Nrf2/ChAT/ERK signaling cascade:1||Nuclear factor E2related factor 2:1||Nuclear factor erythroid2related factor 2:1||Nuclear factor kappa beta:1||Nucleus accumbens:1||Nystatin:1||ORP150:1||Obstacle crossing:1||Omeprazole:1||On contraction:1||OroxylinA:1||Osteocalcin:1||Ouabain inhibition:1||Oxaliplatin:1||Oxidative burden:1||Oxygenregulated protein 150:1||Pcoumaric acid:1||P2Y receptor:1||P38:1||PGE(2):1||PI3K:1||PKC delta gene:1||PKC delta, and p47phox:1||PKC βIImediated ERK phosphorylation:1||PKC/ERK/CREB/BDNF:1||PKCd:1||PKCd antisense oligonucleotide:1||PLGA:1||PMN infiltration:1||PPAR alpha:1||PPAR beta/delta:1||PPAR delta:1||Panax ginseng:1||Paramethoxymethamphetamine:1||Performance:1||Peripheral neuropathy:1||Permeability:1||Peroxisome proliferatoractivated receptor alpha:1||Peroxisome proliferatorsactivated receptor gamma:1||Pesticide adjuvant:1||Pesticides:1||Petasites japonicus:1||Pharbitidis Semen:1||Pharmacokinetic study:1||Pharmacokinetics:1||Phbsphatidylcholine:1||Phosphatidylcholine (PC):1||PhosphoERK:1||PhosphoPKCδ:1||Phosphoinositol 3kinase/Akt:1||Phosphorylation of ERK1/2:1||Phragmites rhizoma:1||Phragmites rhizome:1||Phyllostachyos Caulis in Taeniam extract:1||Phyllostachys bambusoides:1||Pituitary adenylate cyclaseactivating polypeptide:1||Plasma testosterone level:1||Platelet activating factor:1||Plateletactivating factor:1||Plateletactivating factor receptors:1||Plum:1||Poaceae:1||Podocyte:1||Polar metabolites:1||Polyphenols:1||Polysacchariderich extract:1||Polysaccharides:1||Preceptor:1||Prescribing patterns:1||Presynaptic terminal:1||Proinflammation:1||Proapoptosis:1||Proliferation:1||Prostate cancer:1||Protectin DX:1||Protein kinase A:1||Protein kinase C:1||Protein kinase C activation:1||Protein kinase C delta knockout mice:1||Protein kinase Cδ gene:1||Psychosis:1||Psychotoxicity:1||QGC:1||Quantification:1||Range of flexion extension motion:1||Rat:1||Rb2:1||Rb3:1||Receptor, IGF type 1:1||Recombinant IL6 protein:1||Red blood cell transfusions:1||Reflux esophagitis:1||Reflux oesophagitis:1||Renal toxicity:1||Reperfusion:1||Reproductive dysfunction:1||Residual levels:1||Resolvin D3:1||Resolvin D5:1||Resveratrol:1||Retinal pigment epithelial cells:1||Rho:1||Royal jelly:1||SAPK/JNK:1||SERCA2:1||SMAD3:1||SOD1:1||SOD1(G93A) transgenic mice:1||ST elevation myocardial infarction:1||STAT3 signaling:1||Safety:1||Salsalate:1||Sarcopenia:1||Scopolamine:1||Seizure:1||Selegiline:1||Selfinjurious behaviors:1||Senkyunolide A:1||Serine:1||Serotonin syndrome:1||Sexual behavior:1||Shoulder:1||Sigma (σ)1 receptor:1||Signal transduction:1||Simultaneous:1||Simultaneous analysis:1||Singlepass intestinal perfusion:1||Sirtuin 6:1||Skeletal muscle:1||Skin barrier:1||Skin moisturization:1||Smooth muscle:1||Solid tumour:1||Somatostatin:1||South Korea:1||Soybean phosphatidylcholine:1||Sparteine:1||Stachydrine:1||Striatal complex:1||Substantia nigra:1||Supercritical fluid chromatographytandem mass spectrometry:1||Superoxide anion:1||Superoxide dismutase activity (SOD):1||Supraantitussive dose:1||Synaptic vesicle:1||Synaptosome:1||System Xc():1||Systemic fungicide:1||TGFbeta:1||TGFb1:1||TNFα:1||Tai Chi exercise:1||Talniflumate:1||Tebufenozide:1||Tenocyte:1||Tenocytes:1||Terpene trilactonestrengthened G. biloba:1||Terpenoidstrengthened Ginkgo biloba:1||Th17:1||Thiacloprid:1||Thymus schimperi:1||Tibial length:1||Treg:1||Trichloroethylene:1||Trimebutine:1||Tristyrylphenol ethoxylates:1||Troponin I:1||Tumor necrosis factor alpha:1||Tumor necrosis factoralpha:1||Tumor necrosis factoralpha knockout mice:1||UTP:1||Ultraviolet B:1||Underlying mechanism:1||Upadacitinib:1||Urolitin A:1||Uvaol:1||Validation:1||Veterinary drugs:1||WISP1:1||Wound healing:1||acetylcholine:1||activated protein kinase:1||acute liver failure:1||adenosine 5 'monophosphateactivated protein kinase:1||aged GPx1 knockout mice:1||aging:1||aginginduced cognitive impairments:1||alcohol:1||alcohol hangover:1||allergic lung inflammation:1||amitriptyline hydrochloride:1||analgesic effect:1||analysis:1||angiotensin II type 1 receptor blocker:1||animalderived products:1||antifatigue:1||antiinflammatory:1||antistress:1||antidepressant:1||antioxidants:1||arachidonic acid:1||arsenic trioxide:1||ascorbic acid:1||asprosin:1||atherosclerotic response:1||atypical antipsychotic:1||backward walking:1||balance:1||beraprost:1||betaCell:1||bicuculline:1||bile acids:1||biologic:1||biosimilar:1||brain tumor:1||browning:1||cancer:1||cannabinoid CB1 receptor:1||caspase:1||caspases:1||cat bladder:1||catalase:1||cell cycle related proteins:1||cell viability:1||chemiluminescence:1||chenodeoxycholic acid:1||chitinase 3like protein 1:1||cholic acid:1||cisplatin:1||claims data:1||cognitive dysfunction:1||cognitive function:1||cognitive impairment:1||conditioned place preference:1||corpus cavernosum:1||curcuma longa:1||damphetamineinduced manialike behavior:1||deoxycholic acid:1||detrusor:1||diabetes mellitus:1||diazepam:1||dissipation pattern:1||docetaxel:1||donepezil:1||dopamine:1||dopamine D1 receptor:1||dopaminergic receptor:1||dopaminergic toxicity:1||doxorubicin:1||dyslipidemia:1||endothelial cells:1||environmental stress:1||epigallocatechin 3gallate:1||erectile function:1||extracellular signalregulated kinase 1/2:1||extremely low frequency magnetic field (ELFMF):1||farinfrared rays:1||fatty acid oxidation:1||feline esophageal smooth muscle:1||fetuinA:1||flumazenil:1||fluoride:1||galantamine:1||genetic transformation:1||genetically epilepsyprone rat:1||ginseng:1||ginseng berry:1||glucose metabolism:1||glutamate:1||glutathione peroxidase:1||glutathione peroxidase1:1||glutathione system:1||growth hormone therapy:1||growth plate:1||gum:1||head twitch response:1||hepatocytes:1||hepatoprotective effects:1||herbal mixture:1||herbicide resistance:1||high performance liquid chromatography:1||hyperlipidemia:1||hyperthermia:1||hypothermia:1||immunohistochemistry:1||impairment:1||indoxacarb:1||inflammatory cytokine:1||infliximab:1||innovative biologics:1||interaction of COX2 and IDO1:1||intestinal metabolite:1||intracerebroventricular infusion:1||irinotecan:1||kainate:1||kainic acid:1||kappaopioid receptor:1||klotho gene:1||kynurenic acid:1||leafy vegetables:1||light:1||lipogenesis:1||lipolysis:1||lipopolysaccharide:1||liposomal melatonin:1||lithium:1||locomotor activity:1||longterm potentiation:1||losartan:1||lucigenin:1||lung carcinogenesis:1||mEH knockout mice:1||macrophage:1||magnetic fields:1||malabsorption:1||malondialdehyde:1||maximum residue limit:1||melanogenesis:1||melatonin:1||melatonin MT2 receptor/ERK/Nrf2:1||memantine:1||memory:1||mesotherapy:1||methamphetamineinduced memory impairment:1||microcystinleucinearginine:1||microphthalmiaassociated transcription factor (Mitf):1||mitochondrial burden:1||mitochondrial membrane potential:1||monocytes:1||mountain cultivated ginseng:1||mountain ginseng:1||muscarinic receptor:1||musclin:1||myocyte:1||myogenesis:1||nanoparticles:1||neuropsychotoxic conditions:1||neurotoxicity:1||nicotinamide adenine dinucleotide phosphate oxidase:1||nuclear factor E2related factor 2:1||nuclear factorkappa B:1||oesophagus:1||oxygen&#8208:1||oxygenregulated protein 150:1||pChloroamphetamine:1||pCoumaric acid:1||p47(phox) knockout mice:1||p53 gene knockoutmice:1||peripheral neurotoxicity:1||peroxiredoxin1:1||peroxisome proliferatoractivated receptor delta:1||pesticides:1||pharmacokinetic:1||pharmacokinetics:1||phencyclidine:1||phencyclidineinduced abnormal behaviors:1||phosphatidylcholine:1||phosphoinositide 3kinase:1||phospholipase:1||phospholipase C:1||phosphorylated tyrosine hydroxylase:1||phosphorylation:1||pioglitazone:1||podocytes:1||polyphenols:1||polysacchariderich extract of Phragmites rhizoma (PEP):1||postural balance:1||preharvest residue limit:1||proliferation:1||proportionality:1||prostacyclin:1||protectin DX:1||protein kinase A:1||protein kinase C delta gene:1||protein kinase C delta knockout mice:1||protein kinase C knockout mice:1||protein phosphatase 2A:1||red yeast rice:1||redox status:1||regulated protein 150:1||rehabilitation:1||renal injury:1||residues:1||resveratrol:1||rhokinase:1||risk assessment:1||rivastigmine:1||sarcopenia:1||schizophrenia:1||sclerostin:1||seizures:1||selenoprotein P:1||senescenceaccelerated mice:1||serotonergic behaviors:1||serotonin syndrome behavior:1||sigma1 Receptor:1||somatic embryo:1||spastic cerebral palsy:1||stairclimbing:1||striatum:1||superoxide dismutase:1||surface electromyography:1||tbutyl hydroperoxide:1||thromboxane A(2) mimetic:1||tibial length:1||tolllike receptor 4:1||transgenic mice:1||trimethyltin:1||tyrosinase:1||tyrosine hydroxylase:1||ultrasonication:1||ultrastructural degeneration:1||urethane:1||valueadded medicine:1||water immersion restraint (WIR)induced stress:1||weightgain:1||wet dog shake:1||white ginseng:1||xCT knockout mice:1||αketoisocaproic acid:1||σ1 receptor:1||실무지도약사:1||약대6년제:1||mice:1||임상약학:1||1Trichloromethyl1,2,3,4tetrahydrobetacarboline:1||3Fluoromethamphetamine:1||3hydroxykynurenine:1||3T3L1:1||3T3L1 adipocyte:1||47phox antisense oligonucleotide:1||5HT2A receptor agonist DOI:1||5HT2AR receptor:1||5Hydroxyindole3acetic acid:1||5hydroxytryptamine:1||6year Pharmacy Education System:1||AGC:1||AGS cell:1||ALDH2:1||AMD:1||AMP&#8208:1||AMPActivated protein kinase:1||APPswe/PS1dE9 transgenic mice:1||AT1 receptor:1||AT1R:1||ATP:1||Abietic acid:1||Acetamiprid:1||Acid:1||Acute myocardial infarction:1||Acute renal failure:1||Acute restraint stress:1||Adenosine A(2A) receptor:1||Adipocytes:1||Adipose tissue:1||Adipose tissues:1||Administration route:1||Adrenergic alpha1 receptor:1||Aerobic glycolysis:1||Aged Klotho deficient:1||Aginginduced recognition memory:1||Amaranth:1||Amino acid:1||Amyotrophic lateral sclerosis (ALS):1||Analytical Validation:1||Animal model:1||Animal model alternatives:1||Animal models:1||Anthelmintics:1||Antiinflammatory:1||Antioxidative effect:1||Antiproliferative effects:1||Antioxidant effect:1||Antioxidant potential:1||Antioxidant strategies:1||Antioxidants:1||Antipsychotic clozapine:1||Apigenin:1||ApoE:1||Araliaceae:1||Aroclor1254:1||Ascorbic acid:1||Asian country:1||Asian sand dust:1||Asprosin:1||Aster glehni:1||Astrocyte:1||Astrocytes:1||Attention deficit hyperactivity disorder:1||BDNF/TrkB/DAT:1||Bambusae Caulis in Taeniam:1||Bay k8644:1||Behavioral safety:1||Benzyl isothiocyanate:1||Betalapachone:1||Biobetter:1||Biogenic amines:1||Bladder cancer:1||Browning:1||Buparvaquone:1||Bursitis:1||C2C12 myocyte:1||CD4:1||COX:1||COX2 expression:1||CTP13:1||CaM:1||Caffeine:1||Caffeine/CGAs ratio:1||Calcium influx:1||Cancer cells:1||Cardamonin:1||Cardiomyopathy:1||Cardiovascular system:1||Cat esophageal:1||Cataract:1||Cavalieri's principle:1||Cell viability:1||Central nerve terminal:1||Cerebral cortex:1||Ceruloplasmin:1||Cervical herniated nucleus pulposus:1||Chlorogenic acids:1||Chronic gastritis:1||Circular smooth muscle:1||Cisplatin:1||Clanobutin:1||Cleaved PKC delta:1||Clinical Pharmacy:1||Clinical translation:1||Clutathione:1||Cocaine drug dependence:1||Cocaine kindling behaviors:1||Cocaineinduced kindling (convulsive) behaviors:1||Cocainekindling (convulsive) behaviors:1||Coffee shop:1||Cognitive dysfunction:1||Cognitive impairments:1||Colitis:1||Column liquid chromatography:1||Copeptin:1||Coptidis rhizoma:1||Corneometer:1||Corticosterone:1||Corydalis Tuber:1||Cosmeceuticals:1||Creatine kinase myocardial band:1||Cucumberfield system:1||Cyclooxygenase2 knockout mice:1||Cytoprotection:1||Damphetamineinduced manialike behaviour:1||DA9701:1||DLPC:1||Decline patterns:1||Defibrotide:1||Dehydroepiandrosterone:1||Dehydroepiandrosterone (DHEA):1||Dependence:1||Determination:1||Dextromethorphaninduced manic potential:1||Diabetic ulcers:1||Dichlorvos:1||Digital infrared thermographic imagine:1||Dinotefuran:1||Dissipation pattern:1||Domperidone:1||Dopamine D1 receptor:1||Dopamine D2 receptor:1||Dopaminergic and behavioral impairments:1||Dopaminergic neurotoxicity:1||Dynamic balance:1||Dynorphin:1||Dyslipidemia:1||ECG:1||EFS:1||EGFR:1||EGb 761:1||ELFEMF:1||ELFMF:1||ELFMFs:1||EMF:1||ERK:1||ERK 1/2:1||ERK/Akt and Glu2NB/PKCδ signaling:1||ERK1/2 signaling:1||ERKs:1||ET1:1||ETB receptor:1||Edema:1||Elderly:1||Electrical field stimulation:1||Electromagnetic field:1||Eletherococcus sessiliflorus:1||Endocytosis:1||Endothelin1:1||Endothelium:1||Epileptic patients:1||Epileptic seizures:1||Erdosteine:1||Erythropoiesisstimulating agents:1||Esophageal epithelial cell:1||Esophageal epithelial cells:1||Etomidate impurity B CRS:1||Etravil:1||Eupatilin:1||Extracellular matrix:1||Extracellular signalregulated kinase:1||FIR:1||Face validity:1||Falling:1||Far infrared ray:1||Farinfrared rays:1||Ferritin:1||FetuinA:1||Filaggrin:1||Fimasartan:1||Flavonoids:1||Flubendiamide:1||Fluopicolide:1||Food safety:1||Fosrelated antigen:1||Free radical:1||

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