ScholarWorks@SUNGKYUNKWAN UNIVERSITY: SUH, MIN AH

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SUH, MIN AH (서민아)

Institute for Cross-disciplinary Studies (ICS) (Biomedical Engineering)

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Nitric oxide:4||neurovascular coupling:4||Cerebral blood flow:3||Hippocampus:2||localized stimulation:2||Neurovascular coupling:2||Phase synchronization:2||skinless needle ultrasonic transducer:2||Smooth pursuit eye movement:2||oculomotor task:2||dualtask:2||Epilepsy:2||Ipsilateral and contralateral hemispheres:2||cerebral blood flow:2||Direct cortical stimulation:2||Optical imaging:2||indirect activation:2||Mild traumatic brain injury (mTBI):2||Mouse:2||working memory capacity:2||chronic stress:2||Hemoglobin oxygenation:2||Cell morphology:1||Cerebral blood volume:1||Climbing fiber:1||Complex spike:1||Cortex:1||Cortical source imaging:1||Corticocerebellar network:1||Cranial window:1||Craniotomy:1||DAI:1||Deep tumor penetration:1||Delayed working memory:1||Diffuse axonal injury:1||Digital music:1||Drug distribution:1||Dualtask:1||E/I balance:1||Electrical Stimulation:1||Electrical stimulation:1||Electrochemical nanosensor:1||Electrode:1||Electromagnetic brain stimulation:1||Enhanced permeability and retention effects:1||Eye tracking:1||Facti:1||Focal ultrasound stimulations:1||Frontoparietal network:1||GABA:1||GABAergic interneuron:1||GFP mice:1||Glutamate stimulation:1||Glycol chitosan:1||Graphene:1||Gray matter concentration:1||H2S:1||Hemodynamics:1||Human serum albumin:1||Hybrid nanoparticles:1||Hypoxia:1||Ictal epileptiform activity:1||Ictal hyperperfusion:1||Ictal hypoperfusion:1||In vivo:1||Inferior olive:1||Inflammation:1||Intracranial electroencephalography:1||Intrinsic optical signal:1||Inverse problem:1||Ischemia modified albumin:1||Layerspecific fMRI:1||LennoxGastaut syndrome:1||Localization of epileptogenic zone:1||M:1||MCAO (Middle cerebral artery occlusion):1||MCAO model:1||MEG and EEG:1||MION:1||MRI:1||Melanoma:1||Melanoma tumor:1||Mild head injury:1||Mouse Embryo:1||NK1 receptor:1||Nanoparticle:1||Needle ultrasound transducer:1||Neuroanatomy:1||Neuroblastoma cells:1||Neuromarketing:1||Neuronal coherence:1||Neuroprotection:1||Neuroscience:1||Obstructive sleep apnea:1||Oculomotor:1||Oculomotor task:1||Olfactory bulb:1||Optical intrinsic signal imaging:1||Optical recording of intrinsic signal:1||Optimal stimulation:1||Parkinson&apos:1||Pericyte:1||Polydimethylsiloxane:1||Postoperative cognitive dysfunction:1||Postoperative pain:1||Predictive smooth pursuit:1||Prepositus hypoglossi:1||Primo vascular system:1||Primo vessel:1||PrimoVascular System:1||Purkinje cell:1||Random smooth pursuit:1||SPECT:1||Sensory stimulation:1||Serum IMA levels in stroke rat models:1||Small animal neuromodulations:1||Stroke:1||Tcell protein tyrosine phosphatase:1||Temporal lobe epilepsy:1||Tissue Oxygen:1||Tumor microenvironment:1||Tumortargeted delivery:1||Twophoton imaging:1||Ultrasmall gold nanoparticles:1||Vasculogenic mimicry:1||Verbal working memory:1||Voxel based morphometry:1||Young consumers:1||alloptical ultrasound:1||alpha band desynchronization:1||alphaphase synchrony:1||amperometric sensor:1||anterior nucleus of thalamus:1||bioimplant:1||biosensor:1||blood coagulation:1||brain oscillation:1||brain signals:1||buckling:1||calcium imaging:1||carbon monoxide:1||carbon nanotube:1||cellular iron:1||cerebral b:1||cerebral blood flow control:1||cerebral blood volume control:1||cerebrospinal fluid (CSF):1||cerebrospinal fluidphilic:1||chronically implantable biomaterial:1||cortisol:1||dNP2 lipopeptides:1||deep brain stimulation:1||delivery:1||drug delivery:1||dual electrochemical microsensor:1||electrical field stimulation:1||electroencephalography:1||electrophysiology:1||empirical mode decomposition:1||enhanced permeability and retention effect:1||epileptic seizure:1||excitatory neuron:1||finite element method (FEM):1||frontal midline theta:1||frontoparietal network:1||gene editing:1||graphene:1||highresolution darkfield optical microscope:1||highresolution imaging:1||hippocampus:1||hydrogelbased neural interface:1||hyperaccurate Cas9:1||hyperspectral fluorescence signal:1||immunomodulatory protein:1||in vivo simultaneous measurement:1||in vivo twophoton imaging:1||inhibitory interneuron:1||inhibitory neuron:1||lasergenerated focused ultrasound:1||live cell imaging:1||local field potential:1||nNOS:1||nanosomes:1||neuronal cell:1||neurovascular model:1||nitrated polysaccharide:1||96well volume reaction:1||optical intrinsic signals:1||optogenetic fMRI:1||pHresponsive polymers:1||parvalbumin interneurons:1||penetrating intracortical neural probe:1||pilocarpineinduced temporal lobe epilepsy:1||poly(dimethyl siloxane) (PDMS):1||poly(vinyl alcohol) (PVA):1||polysiloxane acrylate:1||protein tyrosine phosphatase:1||psoriasis:1||restraint stress:1||s disease:1||seizure:1||sensory stimulation:1||soft cranial window:1||somatosensory cortex:1||stress:1||substance P:1||supramolecular peptide:1||threedimensional electrical network:1||transcranial direct current stimulation (tDCS):1||transcutaneous drug:1||transdermal delivery peptide:1||vasodilation:1||viscoelasticity:1||word recall task:1||optical intrinsic signal imaging:1||Accessory optic system:1||Acute stress:1||Adipose tissue:1||Albumin copper binding (ACuB) assay:1||Amperometric sensor:1||Arterial reactivity:1||Atopic dermatitis:1||Attention:1||Autoregulation:1||Biocompatibility:1||Biocompatible:1||Biological sciences:1||Biosensor:1||Blood vessel:1||Brain:1||Brain activities:1||CX3C chemokine receptor 1:1||Ca2+:1||Capillary:1||Carbon monoxide:1||Cell adhesion:1||

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(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREAsamsunglib@skku.edu

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