ScholarWorks@Korea University College of Medicine: Rhyu, Im Joo

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Rhyu, Im Joo (유임주)

College of Medicine (Department of Anatomy)

Research Area: 세포구조 및 조직, 세포 및 분자신경생물학, 신경병리

Tel 2286-1149
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MRI:10||Purkinje cell:9||Cadaver:9||cerebellum:9||in situ hybridization histochemistry:7||Korean:6||synapse:6||HVEM:6||plasticity:5||자기공명영상:5||Cerebellum:5||한국인:4||Rat:4||ataxia:4||In situ hybridization histochemistry:4||cadaver:4||cfos:4||motor learning:4||Electromyography:4||Sports:4||Synapse:4||Coordination:4||parallel fiber:4||magnetic resonance imaging:3||dendritic spine:3||Motor learning:3||Density:3||electroconvulsive shock:3||Plasticity:3||autophagy:3||gender:3||Mechanoreceptor:3||소뇌:3||in situ hybridization:3||rolling mouse Nagoya:3||Gene expression:3||Anterior transposition:2||Anatomical reconstruction:2||COVID19:2||corpus callosum:2||Dentate gyrus:2||Mitochondria:2||aging:2||Synaptic plasticity:2||balance:2||basal ganglia:2||Synaptic vesicle:2||voxelbased 3D volumetry:2||granule cell:2||Synaptogenesis:2||Anatomy:2||Magnetic resonance imaging:2||electrodiagnosis:2||body weight:2||Neurogenesis:2||hippocampus:2||3D reconstruction:2||Confocal microscopy:2||Exercise:2||Spinal cord:2||레오나르도 다빈치:2||바닥핵:2||복셀을 기반으로 한 3차원 부피 분석:2||Cubital tunnel syndrome:2||Axin:2||learning:2||Gender:2||Golgi impregnation:2||Aging:2||calcium channel:2||3D reconstruction:2||inositol 1,4,5trisphosphate:2||Medial cutaneous nerve:2||Fluorescent in situ hybridization:2||Electron tomography:2||cell death:2||mitochondria:2||dendritic spines:2||Bax:2||Ordered differential display:2||Brain volumetry:2||microarray:2||ischemia:2||Ankle:2||Electrodiagnosis:2||Elbow:2||collagen fiber:2||High voltage electron microscope:2||High voltage electron microscopy:2||thymosin beta:2||Development:2||MCL:2||apoptosis:2||expression:2||Emotional experiences:1||EphA7:1||Er:YAG laser:1||Evolution:1||Exercise addiction:1||Extensor indicis:1||Extracellular matrix:1||FACTIN:1||Fibula:1||Fibular nerve:1||Finger:1||Fixation:1||Fixative:1||Focal adhesion:1||Focal adhesion signaling:1||Focused Ion Beam:1||Forehead lift:1||Fracture:1||GelMAcollagen hydrogel:1||Genetic animal model:1||Gogi staining:1||Golgi:1||Golgi Cox:1||Golgi Kopsch:1||Golgi epithelial cell:1||Gradient nanopattern plates:1||Granule cell:1||Gross anatomy education:1||Hamstring muscles:1||Hamstring tendons:1||Highvoltage electron microscopy:1||Hippocampus:1||Histology:1||History of anatomy:1||Hollow gold nanosphere:1||Homogeneous sensing probe:1||Human chromosome 19p13.1 and 1q25:1||Human endothelial colonyforming cells:1||Human genom:1||IP3 receptor:1||ImageJ:1||Immuno cytochemistry:1||Inosito 1,4,5trisphosphate receptor:1||Intense pulsed light:1||Interventional pain management:1||KINASE:1||Kainic acid:1||Kainie acid:1||Knee joint:1||Korean skin profile:1||LC3II:1||LEFTYPITX2 signaling:1||LIMK/Cofilin signaling:1||LONGTERM POTENTIATION:1||LTP:1||Lateral collateral ligament:1||Latrunculin A:1||Leonardo da Vinci:1||Lift:1||Lower extremity:1||MACROAUTOPHAGY:1||MAMMALIANCELLS:1||MK801:1||MPP+:1||MULTIVESICULAR BODIES:1||Magnetic resonance imaging (MRI):1||Masson's trichrome:1||Mechanoreceptors:1||Median nerve:1||Medical students:1||Melanophores:1||Memorial ceremonies:1||Memory:1||Mesenchymal stem cells:1||Microrelief:1||Microdomain:1||Mir125a:1||Mir351:1||Mitochondrial K+ channels:1||Mitochondrial calcium:1||Mitochondrial membrane potential:1||Modified Golgi method:1||Molecular labeling:1||Mood state:1||Morphological analysis:1||Motor Skill:1||Multiple synaptic boutons (MSBs):1||Myelin:1||Myoclonus:1||NmethylDaspartic acid receptor:1||Ntype voltage dependent calcium channel:1||NADPHd:1||NEURONS:1||Nasopharyngeal Swab:1||Navigation:1||Needles:1||Nerve:1||Nerve conduction:1||Nervous tissue:1||Neural stem cells:1||Neuroanatomy:1||Neuronal migration:1||Neuropathic pain:1||Neuroscience:1||Neurotrophin:1||Nobel Prize:1||Nobiletin:1||Novel gene:1||Oligodendrocyte:1||Oral commissure:1||Osteoarthiitis:1||Osteoarthritis:1||Outsidein technique:1||Oxidative phosphorylation:1||P/Qtype calcium channels:1||PHOSPHORYLATION:1||PKC isozyme:1||PKCγ:1||PLCβ:1||PROTEIN:1||Pacinian corpuscle:1||Parkinson disease:1||Parkinson's disease:1||Penetration:1||Peptide:1||Percutaneous screw fixation:1||Perforant path:1||Peripherally Inserted Central Line (PICC):1||Peroneal nerve:1||Personal Protective Equipment:1||Phylogeny:1||Pooling:1||Popliteal tendon:1||Popliteofibular ligament:1||Postembedding:1||Postsynaptic density:1||Preembedding:1||Primary neuron:1||Procedural Reference:1||Professionalism education:1||Prominin1:1||Pronator quadratus:1||Proteasome inhibition:1||Pulp:1||Purkinje cells:1||Putamen:1||RAT:1||RECEPTOR ACTIVATION:1||Radial nerve:1||Radiofrequency ablation:1||Rapid Golgi:1||Rapid Golgi stain:1||Rat brain:1||Regulatory T cells:1||Rehabilitation:1||Reperfusion:1||Rhoassociated protein kinase:1||Rhomboid Major:1||Risk Factors:1||Scaphoid:1||Scar:1||Schwann cells:1||Sectional anatomy:1||Selfdirected Learning:1||Selfesteem:1||Silicon replica:1||Singlecell resolution:1||Sle1 gene locus:1||Spatial Perception:1||Spine shape:1||Staurosporine:1||Stereo
paired image:1||Stereo Image:1||Stereo pair image:1||Stereoscopic image:1||Streology:1||Stress responsivity:1||Striatum:1||Superficial radial nerve, abductor pollicis longus, extensor pollicis brevis, cadaver:1||Supramalleolar osteotomy:1||Supraorbital nerve:1||Surfaceenhanced Raman scattering:1||TAUPROTEIN:1||TBR algorithm:1||TEM:1||Tarsal tunnel syndrome:1||Thickness:1||Threedimensional reconstruction:1||Tibial nerve:1||Tilting electron tomogram:1||Tissue clearing technique:1||Totteingㅣleaner:1||Toxicology:1||Tracking:1||Trapezius:1||Traumatic brain injury (TBI):1||UVRAG:1||Ulnar Nerve:1||UniAmp cDNAs:1||Ventricular cardiac organoid:1||Vermis:1||Vertebra:1||Voltage dependent calcium channel:1||Volume:1||Volume imaging:1||WBP algorithm:1||Wallerian degeneration:1||Whole mount preparation:1||Wnt:1||WntRA network:1||XL:1||XAV939:1||Zebrafish:1||actin binding protein:1||actin cytoskeleton:1||actin dynamics:1||acute myocardial infarction:1||adhesion and migration:1||adult neurogenesis:1||albumin:1||amygdaloid complex:1||amyotrophic lateral sclerosis:1||angiogenesis:1||angle:1||anterior interosseous nerve:1||antinuclear antibodies:1||atmospheric SEM:1||autophagic flux:1||axial elongation:1||axon diameter:1||axonal degradation:1||basketball:1||blood flow:1||body composition:1||body height:1||bone:1||brain:1||brain volumetry:1||branching:1||cfos mRNA:1||calcium ion channel:1||cardiac organoids:1||cdk5:1||cephalic index:1||cerebellar ataxia:1||cerebellar cortex:1||cerebellar granule cell:1||cerebral cortex:1||chick embryo:1||climbing fiber:1||clinical studies:1||confocal:1||congenital melanocytic nevus:1||coordination:1||crosspolarized light:1||cutaneous nerve biopsy:1||cytstathioninegammalyase (CSE):1||demyelination:1||dental primary sensory neuron:1||dental pulp:1||dentate gyrus:1||dermal ridge:1||dermis:1||differentiation:1||dimension:1||dimorphism:1||discrimination:1||dorsal midline:1||downregulation:1||dura mater:1||electromyography:1||electron tomography:1||embryonic stem cells (ESCs):1||endoscopic discectomy:1||enhancer:1||entorhinal cortex:1||environmental enrichment:1||epilepsy:1||everolimus metastatic renal cell carcinoma:1||extracellular matrix:1||extracorporeal shockwave therapy:1||febrile seizure:1||fiducial:1||gait:1||gender difference:1||gene expression:1||glutamate:1||glutamate receptor:1||graft survival:1||green fluorescence protein:1||hTERT:1||heat shock protein:1||hernia repair:1||highvoltage electron microscopy:1||hippocampus and dentate gyrus:1||histology:1||hsp70:1||hydrogen sulfide:1||imaging:1||immunocytochemistry:1||industrialization:1||infrared:1||inositol 1,4,5trisphosphate type 1 receptor:1||insideout vein autograft:1||intense pulsed light:1||intervertebral foramen:1||intoxication:1||intracranial capacity:1||intraepidermal nervefiber density:1||ion channel mutation:1||ionabrasion SEM:1||kainic acid:1||kidney:1||laser microscope:1||lasers and light sources:1||lateral cortical fracture:1||lightemitting diode:1||lupus:1||magnetic resonance Imaging:1||mature cardiac organoids:1||melanocyte:1||membrane:1||microdissection mediated cDNA capture:1||microglia:1||migration:1||milling:1||mongolian gerbil:1||morphology:1||morphometric analysis:1||morphometry:1||mossy fiber rosette:1||motor coordination:1||motor cortex:1||motor skills:1||mutant mice:1||myelin basic protein:1||myelin sheath thickness:1||myelinated axons:1||myelination:1||myoclonus:1||myofibroblast:1||needle:1||neonate:1||nerve regeneration:1||nervous tissue:1||neural activity:1||neural differentiation:1||neural regeneration:1||neural stem cells:1||neuritogenesis:1||neurodegeneration:1||neuromesodermal progenitors:1||neuronal plasticity:1||neurovascular:1||nevus:1||nitric oxide:1||novel genes:1||nuclear accumulation:1||nutritional requirements:1||oligodendrocyte:1||oligodendrocytes:1||p35:1||p62/sequestosome 1:1||p67:1||parallel fiber varicosity:1||parent axon:1||parkinsonism:1||peripheral nerve injuries:1||peripheral nerve injury:1||peripheral nerves:1||peripheral neuropathy:1||physical anthropology:1||physical fitness:1||physiological characteristics:1||plane of osteotomy:1||plateletrich plasma:1||porous mesh structure:1||posterior interosseous nerve:1||postsynapse:1||preconditioning:1||presynapse:1||primate:1||programmed cell death:1||pronatorquadratus:1||protein kinase C 동종효소:1||pyruvate kinase muscle isozyme M2:1||rat brain:1||remyelination:1||renal fibrosis:1||reperfusion:1||reperfusion injury:1||rolling Nagoya mice:1||root avulsion:1||saccade:1||safe zone:1||scanning:1||sciatic nerve:1||sciatic nerve index:1||secular change:1||seizure:1||septum:1||sequential movement:1||serial blockface:1||sex:1||short track:1||skin discolouration:1||skin microrelief pattern:1||skinclearing technique:1||skull:1||spatial cognition:1||spatial orientation:1||spine shape:1||sports:1||stature:1||stellate cell:1||stereoscopic images:1||suction blister:1||superoxide dismutase 1:1||supinator:1||supramalleolar osteotomy:1||synapses:1||synaptic plasticity:1||synaptic transmission:1||synaptic vesicle:1||synaptotagmin 11:1||task context:1||three dimension:1||tissue decellularization:1||tissue engineering:1||tissue regeneration:1||tissue remodeling:1||tissue scaffold:1||tissueclearing and labeling technique:1||tomography:1||tottering mice:1||transporter:1||ulnar nerve (UN):1||ulnar neuropathies:1||ultrasonograph:1||ultrasonography:1||ultrastructure:1||vascularized cardiac organoids:1||working zone:1||wrist, first dorsal compartment:1||zebrafish:1||zerocrossing:1||zirconium:1||꼬리핵:1||뇌 가소성:1||뇌 구조:1||뇌 기능:1||뇌들보:1||단면해부학:1||도파민:1||삼차원 재구성:1||성:1||시각신경:1||쌍입체상:1||운동 학습:1||운동중독:1||운동학습:1||유전자발현:1||의학역사:1||이형태성:1||전자단층
기법:1||조가비핵:1||조롱박세포:1||종말끈:1||줄무늬체:1||지방종:1||척수:1||척수견인증후군:1||척수원뿔:1||척추:1||청년:1||초고압전자현미경:1||클로닝:1||해부학 업적:1||해부학 역사:1||허리뼈고리뿌리:1||형태계측:1||.:1||흰쥐 뇌:1||1q25:1||3 D reconstruction:1||3 Dimension:1||3D imaging:1||3kinase A:1||3D bioprinting:1||8q24.1:1||AView:1||ACL:1||ACTPRESTO:1||APOPTOSIS:1||Accessory fascicle:1||Acrobat training (AC):1||Actin filament:1||Activity dependent:1||Adaptive locomotion:1||Allinside:1||Anaglypic Image:1||Anatomical achievement:1||Anatomy Education:1||Angiogenesis:1||Anterior inferior tibiofibular ligament:1||Anxiety:1||Artemisia anima L.:1||Arthroscopic modified Brostrom technique:1||Arthroscopicassisted technique:1||Ataxia:1||Autophagy:1||BCL2 FAMILYMEMBERS:1||BDNF mRNA:1||BECLIN1:1||Balance:1||Basilic Vein:1||Bergman glial fiber:1||Biomechanical:1||Blended Learning:1||Brachial Artery:1||Brain:1||Brain development:1||Brain function:1||Brain plasticity:1||Brain structure:1||Brain volume:1||Brainderived neurotrophic factor:1||CATION COMPLEXES:1||CD133:1||CLEM:1||COVID19 Symptom Screening:1||COVID19 Testing:1||Ca2+:1||Cadaver donors:1||Cadaver study:1||Calcium:1||Calcium channel mutation:1||Cancer marker:1||Cardiac maturation:1||Cardiac mesoderm cells:1||Catheterization:1||Caudate:1||Cell death:1||Cellular imaging:1||Central Venous Catheters:1||Central placement:1||Cerebellar ataxia:1||Cerebellar development:1||Cerebellar disease:1||Cervical spine:1||Classification:1||Common fibular neuropathy:1||Complication:1||Complications:1||Computed tomography:1||Context dependency:1||Corpus callosum:1||Correlative light and electron microscopy:1||Cryo TEM:1||DEATH:1||DENDRITIC SPINES:1||Dendritic spine:1||Dendritic spines:1||Depression:1||Dimorphism:1||Dissection Laboratory Operational Strategy:1||Dopamine:1||Dorsal horn of spinal cord:1||Dura mater:1||Dural sac thickness:1||ECMintegrins:1||EWSR1:1||EXPRESSION:1||Effectiveness:1||Electroconvulsive shock:1||Electron microscopy:1||

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