ScholarWorks@Hanyang University: Lee, Jong Min

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Lee, Jong Min (이종민)

COLLEGE OF ENGINEERING (서울 바이오메디컬공학전공)

Research Area: 의학영상 및 생체신호처리

Tel 02-2220-0685
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s disease:56||Alzheimer&apos:43||cortical thickness:33||Cortical thickness:20||magnetic resonance imaging:17||Diffusion tensor imaging:14||Parkinson&apos:14||MRI:12||diffusion tensor imaging:10||cognition:9||mild cognitive impairment:9||Magnetic resonance imaging:9||Mild cognitive impairment:8||dementia:7||Dementia:6||White matter hyperintensities:6||schizophrenia:6||obsessivecompulsive disorder:6||Hippocampus:5||Amyloid:5||functional magnetic resonance imaging:4||Pittsburgh compound B:4||Schizophrenia:4||multiple sclerosis:4||frontal lobe:4||subcortical vascular dementia:4||Subcortical vascular cognitive impairment:4||Corpus callosum:4||cerebrovascular disease:4||Alzheimer disease:4||shape analysis:4||white matter hyperintensities:3||White matter:3||fMRI:3||Sulcal depth:3||clinical trial:3||Cortical thinning:3||Brain microstructure:3||corpus callosum:3||surfacebased method:3||Verylowbirthweight infant:3||Atrophy:3||sulcal depth:3||Segmentation:3||brain:3||subcortical vascular mild cognitive impairment:3||cortical thinning:3||Cognition:3||white matter:3||Surfacebased analysis:2||Lacune:2||vascular dementia:2||Lacunes:2||Language:2||behavior:2||Temporal lobe epilepsy:2||Cognitive impairment:2||Cognitive reserve:2||Cerebellar atrophy:2||Hepatocellular carcinoma:2||neuromyelitis optica:2||neuromyelitis optica spectrum disorder:2||Depression:2||Attentiondeficit hyperactivity disorder:2||neuropsychology:2||OCD:2||SUPERBRAIN:2||MRI methods/techniques:2||Hippocampal atrophy:2||fractional anisotropy:2||freezing of gait:2||Brain:2||functional connectivity:2||cerebellum:2||cerebral cortex:2||positron emission tomography:2||cerebral small vessel disease:2||Magnetic resonance spectroscopy:2||prevention:2||Manifold learning:2||Parkinson disease:2||White matter hyperintensity:2||graph analysis:2||White matter tracts:2||cognitive decline:2||Cerebral cortex:2||hippocampus:2||cognitive dysfunction:2||activation detection:2||cognitive function:2||Cerebrovascular disease:2||s disease dementia:2||segmentation:2||amyloid:2||insula:2||Cortical feature:2||intervention:2||small vessel disease:2||Subcortical vascular dementia:2||juvenile myoclonic epilepsy:2||sparse representation:2||Substantia nigra:2||structural connectivity:2||Cortical surface modeling:2||subjective cognitive decline:2||lifestyle:2||Multiple system atrophy:2||longitudinal study:2||default mode network:2||Sulcal pit:2||mean diffusivity:2||thalamus:2||tractography:2||Amyloid PET:2||Cognitive decline:2||Highresolution T1weighted imaging:1||Hippocampalavoidance wholebrain radiation therapy:1||Homocysteine:1||Homonymous hemianopia:1||Human intelligence:1||IQ:1||Idiopathic normal pressure hydrocephalus:1||Intelligence:1||Interhemispheric connectivity:1||Internuclear ophthalmoplegia (INO):1||Intervention:1||Intraventricular hemorrhage (IVH):1||Jacobian determinant:1||Juvenile myoclonic epilepsy:1||LORETA:1||Labeling:1||Language areas:1||Late onset Alzheimer?s disease:1||Lead exposure:1||Levetiracetam:1||Lifestyle:1||Longitudinal exam:1||Longitudinal studies:1||Longitudinal study:1||MR phantom:1||Magnetic Resonance Imaging:1||Magnetic resonance:1||Mal de Debarquement syndrome (MdDS):1||Mean curvature:1||Medial longitudinal fasciculus (MLF):1||Memory disorders:1||Mesenchymal stem cell:1||Microbleed:1||Minimal atrophy subtype:1||Morphological operation:1||Motor intentional disorder:1||MultiAtlas:1||Multiscale highlighting foregrounds:1||Multiple system atrophy (MSA):1||Narcolepsy:1||Necrotizing enterocolitis:1||Neural correlates:1||Neurodevelopmental impairment:1||Neurofilament light chain:1||Neuroimaging:1||Neuromelanin:1||Neuromyelitis optica:1||Neuronal plasticity:1||Neuropsychiatric symptoms:1||Neuropsychological test:1||Neuropsychological tests:1||Nonsmall cell lung cancer:1||Nonlesional:1||Normalpressure hydrocephalus:1||Obsessivecompulsive disorder:1||Ocular VEMPs (oVEMPs):1||Oculomotor nucleus:1||Onset age:1||Otolith:1||PIB:1||Paradigm:1||Parametric response mapping:1||Parkinsonian disorders:1||Partial least squares regression:1||Partial volume estimation:1||Path analysis:1||Pediatric twin:1||Pedicle screws:1||Pedunculopontine:1||Peripheral region:1||Periventricle white matter hyperintensities:1||PiBPET:1||Pittsburgh Compound B (PIB):1||Pittsburgh compound B PET:1||Positron emission tomography:1||Precuneus:1||Preterm:1||Prevention:1||Prior information:1||Progression:1||Quantitative evaluation:1||Refining:1||Registration:1||Resting state:1||Restingstate functional connectivity:1||Restingstate networks:1||Reverter:1||Rhesus monkey:1||Riemannian manifold:1||Risk score:1||Robotassisted spine surgery:1||SPECT:1||SVM classifier:1||Second order moments:1||Segmented echo planar imaging:1||Semantic fluency:1||Sex:1||Small vessel disease:1||Social cognition:1||Spectral matching:1||Speech:1||Spherical thinplate splines:1||Spinal cord injuries:1||Stereotactic injection:1||Striatum:1||Structural equation modeling:1||Subcortical structure:1||Subcortical structures:1||Subcortical vascular MCI:1||Subjective cognitive decline:1||Subjective memory impairment:1||Sulcal curve:1||Sulcal lines:1||Sulcal pattern:1||Sulcal variability:1||Support vector machine:1||Surface area:1||Surface registration:1||Taq1A:1||Task fMRI:1||Temporal atrophy subtype:1||The Bayley scales of infant and toddler development:1||Therapeutic chemoembolization:1||Tikhonov regularization:1||Tomography:1||Tractbased spatial statistics:1||Transcatheter arterial chemoembolization:1||Trauma:1||Traumatic brain injury:1||Twin:1||UNet:1||Ultrahigh risk:1||Uncinate fasciculus:1||Uric acid:1||Vascular burden:1||Vermis:1||Vestibular evoked myogenic potential (VEMP):1||Volume:1||Voxelbased:1||Voxelbased morphometry:1||Water diffusivity:1||Wernicke&apos:1||White Matter:1||XRay computed:1||Years of education:1||[18F]FDG PET:1||adenocarcinoma:1||age of onset:1||alzheimer&:1||amnestic mild cognitive impairment:1||amyloid burden:1||amyloid imaging:1||amyloidbeta:1||anemia:1||anterior cingulate:1||antipsychotics:1||apolipoprotein:1||apolipoprotein E:1||apolipoprotein E4:1||apolipoprotein epsilon 4:1||apolipoproteins E:1||apos:1||aripiprazole:1||arterial territory:1||arts education:1||asymmetry:1||atrophy:1||attention:1||average template:1||background EEG:1||biological aging:1||biological motion:1||biomarkers:1||body fat percentage:1||botulinum toxin (BOTOX (R)):1||brain activity:1||brain atrophy:1||brain connectivity:1||brain development:1||brain imaging:1||brain metastasis:1||brain network:1||brain structure:1||brain white matter:1||butyrylcholinesterase:1||cataplexy:1||cavum septum pellucidum:1||central executive network:1||cerebellar connectivity:1||cerebral small vessel diseases:1||cerebral smallvessel disease (CSVD):1||child:1||chronic:1||cilostazol:1||cingulum cingulate gyrus:1||citalopram:1||classification:1||clustering algorithms:1||cognitive aspects:1||cognitive deficits:1||cognitive disorders:1||cognitive flexibility:1||cognitive reserve:1||cognitive reserve theory:1||cognitive trajectory:1||cohort study:1||corpus striatum:1||cortical folding:1||cortical plate:1||cortical surface:1||cortical surface reconstruction algorithm:1||crystallized intelligence:1||curvature:1||de novo Parkinson&apos:1||deconvolution:1||deep gray matter:1||deep learning:1||deep neural networks:1||deformation fields:1||dementia converters:1||dementia with Alzheimer&apos:1||dementia with Lewy bodies:1||developmental outcome:1||diabetes mellitus:1||diffuse tensor imaging:1||diffusion magnetic resonance imaging:1||diffusion tensor image:1||dizziness:1||dopamine:1||dopamine receptor D2:1||downstream imaging markers:1||drug induced parkinsonism:1||early mild cognitive impairment:1||early stage:1||earlystage mild cognitive impairment:1||education:1||emotional network:1||epigenetic clocks:1||epilepsy:1||escitalopram:1||female:1||fetal brain:1||firstepisode:1||fluid intelligence:1||folding area:1||fractal dimension:1||frontalstriatal circuit:1||frontotemporal dementia:1||functional connectivity MRI:1||functional lateralization:1||functional study:1||gelastic seizure:1||gender difference:1||genebased association analysis:1||geneenvironment interaction:1||general intelligence:1||genetics:1||genomewide association study:1||geometric distortions:1||glomerular filtration rate:1||graph theory:1||gray matter:1||headimpulse test:1||headache:1||healthy elderly:1||hippocampal deformities:1||hippocampal shape:1||human brain:1||human intelligence:1||hybrid loss:1||hyperlipidemia:1||hypersomnia:1||hypertension:1||image processing:1||imaging:1||imaging genetics:1||imaging processing:1||insulin:1||intensitysubstitution:1||ischemia:1||juvenile myoclonic epilepsy (JME):1||kidney function:1||lacunes:1||late mild cognitive impairment:1||late stage:1||leaveoneout crossvalidation:1||lewy body disease:1||limbic system:1||localization:1||lung cancer:1||lungcancer stage:1||magnetic resonance (MR):1||magnetic resonance Imaging:1||medial temporal atrophy:1||memory:1||mesenchymal stem cells:1||metamemory:1||microstructure:1||migraine:1||migraineassociated vertigo:1||mood disorder:1||morphology:1||multiatlas voting:1||multiple neural systems:1||multiple regression:1||multiple system atrophy:1||multisensory integration:1||neuroanatomical correlates:1||neurocognitive performance:1||neurodegeneration:1||neuroimaging:1||neuropsychiatric symptoms:1||neuropsychological tests:1||normal cognition:1||nutritional:1||nutritional status:1||obsessive compulsive disorder:1||obstructive sleep apnea:1||old/new effect:1||olfaction:1||orbitofrontal cortex:1||overweight:1||palsy:1||parietal cortex:1||parietal lobe:1||partial least square regression:1||phantom study:1||pharmacogenetics:1||phthalate:1||physical activity:1||positronemission tomography:1||postural balance:1||power spectral change:1||prediction model:1||prefrontal white matter:1||principal component analysis:1||probabilitic atlas:1||prodrome:1||progression:1||progressive supranuclear:1||progressive supranuclear palsy:1||prophylactic therapy:1||pure akinesia with gait freezing:1||quantitative validation:1||regional homogeneity:1||regional parcellation:1||responsiveness:1||resting state:1||resting state functional connectivity:1||restingstate:1||restingstate functional MRI:1||restingstate functional connectivity:1||retinopathy of prematurity:1||s:1||s Disease Neuroimaging Initiative:1||s encephalopathy:1||scaling exponent:1||selective serotonin reuptake inhibitor:1||selfawareness:1||sex:1||sex differences:1||sex effect:1||sleep disturbance:1||smoking:1||social functioning:1||source memory retrieval:1||spatial distribution:1||spatially varying regularization:1||splitgradient method:1||statistical parametric mapping:1||structural variations:1||subcortical volume:1||sulcal convolution:1||sulcal pits:1||superior temporal gyrus:1||support vector machine:1||surface area:1||surfacebased analysis:1||surfacebased morphometric analysis:1||taskswitching:1||tau:1||telomere:1||telomere length:1||training:1||transient Mal de Debarquement (tMdD):1||ultrahigh risk:1||underweight:1||ventral cortex system:1||ventricular enlargement:1||verbal memory:1||vertigo:1||vestibular cortex:1||vestibular migraine:1||vestibular network:1||vestibuleocular reflex (VOR):1||visual memory:1||visual rating:1||visual rating scale:1||visuospatial memory:1||vitamin D:1||volumetry:1||voxelbased morphometry:1||voxelbased morphometry (VBM):1||waist hip ratio:1||weighted gene coexpression network analysis (WGCNA):1||white matter disease:1||white matter hyperintensity:1||white matter hyperintensity segmentation:1||white matter integrity:1||white matter microstructural changes:1||12lead EKG:1||white matter network:1||A betaweighted cortical thickness:1||AD biomarker:1||ADHD:1||ADHD subtypes:1||APOE:1||APOE4 allele:1||Age at onset:1||Age of onset:1||Aging brain:1||Airconducted sound (ACS):1||Algorithms:1||Alzheimer?s disease:1||Amygdala:1||Amyloid beta:1||Amyloid beta burden:1||Amyloid burden:1||Amyloid pathology:1||Anatomical Information:1||Anatomical subtype:1||Antiepileptic drug:1||Apolipoprotein E4 (APOE4):1||Arcuate fasciculus:1||Asymmetry:1||Atlasbased segmentation:1||Atrial fibrillation:1||Attention deficit hyperactivity disorder:1||Attentiondeficit/hyperactivity disorder:1||Automatic classifier:1||Axon density:1||BMI:1||Bayesian inference:1||Biomarkers:1||Brain metastasis:1||Brain network:1||Brain volumes:1||BrainVISA:1||Brainstem:1||Bronchopulmonary dysplasia:1||Bullying:1||Cpeptide:1||CDR cortical thinning:1||CLASP:1||CX3CR1:1||Callosal extent:1||Cerebellum:1||Cerebral Small Vessel Disease:1||Cerebral asymmetry:1||Cerebrospinal fluid tap test:1||Cilostazol:1||Clinical Trial:1||Cognitive and motor outcomes:1||Cognitive function:1||Cognitive stage:1||Cognitivebehavioral therapy:1||Confocal microscopy:1||Connectivity:1||Connectivity analysis:1||Convolutional Neural Networks:1||Corpus Callosum:1||Cortical atrophy:1||Cortical features:1||Cortical surface:1||Crossed cerebellar diaschisis:1||Crossed ventral tegmental tract (CVTT):1||Curvature:1||DRD2 gene:1||Deep learning:1||Deep white matter hyperintensities:1||Default mode network:1||Diagnostic:1||Diffusion tensor:1||Diffusion tensor imagine:1||Dimensional measurement accuracy:1||Discrimination model:1||Distortionminimizing deformation:1||Dopamine independent network:1||Double inversion recovery:1||Drug induced parkinsonism:1||Dynamic CT:1||ERPs:1||Early onset:1||Early onset Alzheimer?s disease:1||Early prediction:1||Education:1||Empathy:1||Environmental effect:1||Epidermal growth factor receptor:1||Epilepsy:1||Essential tremor:1||FDGPET:1||FOGPET:1||Fractional anisotropy:1||Freesurfer:1||Freezing:1||Frontal lobe:1||Functional MRI:1||Functional connectivity:1||Functional laterality:1||Functional magnetic resonance imaging:1||Gait:1||Gender:1||Geneenvironment interaction:1||Genetic control:1||Genetic effect:1||Genetic highrisk:1||Genetic predisposition to disease:1||Geodesic:1||Glioma:1||Graph cuts algorithm:1||Graph matching:1||Gray matter:1||Gray matter atrophy:1||Gray matter volume:1||High genetic risk:1||

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