ScholarWorks@Korea University: Lim, Chae Seung

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Lim, Chae Seung (임채승)

Graduate School (Department of Biomedical Sciences)

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Tel 02-2626-구3245
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Plasmodium vivax:16||SARSCoV2:8||Malaria:7||malaria:5||Influenza:3||Immunogenicity:3||diagnostic:3||influenza B:3||Republic of Korea:3||viscoelastic fluid:3||OptiMAL:3||COVID19:3||influenza A:3||Histidine rich protein 3:2||Gene deletion:2||Notch signaling:2||white blood cell:2||washing:2||microfluidic:2||realtime PCR:2||ELISA:2||Specificity:2||parasitemia:2||pointofcare:2||Carbapenemase:2||molecular:2||Rapid diagnostic test:2||Plasmodium falciparum:2||Antigenicity:2||flow cytometry:2||microscopic cell counter:2||microchip:2||TGFbeta:2||Sensitivity:2||transfusion:2||Malaria vaccine:2||Plasmodium:2||Saliva:2||Micromixer:2||RECK:2||antibody test:2||loopmediated isothermal amplification (LAMP):2||Diagnosis:2||Virus culture:2||polymorphism:2||influenza:2||Platelet:2||Malaria rapid diagnostic tests:2||isolation:1||Microbead:1||Histidine rich protein 2 gene:1||Xpert CarbaR assay:1||Gramnegative bacteria:1||Surface acoustic wave:1||Platelet function analyzer200:1||Plateletworks:1||Variable number of tandem repeats (VNTR):1||Heterozygosity:1||Merozoite surface protein 8:1||photofunctional nanoparticles:1||photodynamic inactivation:1||colorectal tumor:1||ADP:1||rapid immunochromatographic test:1||RALP1:1||PvMSP1P:1||Patients:1||PCR:1||Viral isolation:1||Pvs47:1||transmission blocking vaccine:1||albumin:1||DIAGNOSIS:1||Epidermiology:1||CareStart:1||thrombospondinrelated adhesive protein:1||Multilocus variablenumber tandemrepeat analysis:1||pvcrto:1||Culture:1||Atypical chronic myeloid leukemia:1||JAK2:1||Automation:1||trypan blue:1||Ookinete surface protein:1||Albumin:1||LAMP:1||BLBP:1||SD Malaria Antigen P:1||pancreatic stellate cells:1||Retinolbinding protein:1||Pancreatic stellate cells:1||hemoglobin:1||NGtest Carba 5:1||humoral immunity:1||Parasite relatedness:1||bacteria:1||lab chip:1||Downstream adhesion:1||Surveillance:1||Molecular methods:1||Sputum homogenization:1||Hydrogen peroxide:1||hypoxiainducible factor:1||Swirling:1||Linkage disequilibrium:1||Influenza virus:1||Rapid influenza detection kits:1||stool:1||colonoscopy:1||Collagen:1||H1N1, H3, H5:1||RSV RDT PCR:1||verylowbirthweight infants:1||Creactive protein:1||Chronic adult diseases:1||Evaluation:1||Test toolkit:1||Merozoite surface:1||Agglutination:1||Realtime:1||Influenza A/B:1||hepatic stellate cells:1||LAMP METHOD:1||clinical sensitivity:1||Respiratory tract infections:1||P.vivax map1:1||In vitro drug susceptibility:1||Breast cancer:1||New influenza:1||Realtime RTPCR:1||Chromosomal abnormality:1||Zebrafish:1||MLL:1||Xpert CarbaR:1||Pfhrp2 deletion:1||solvophobic interaction:1||water contamination:1||rapid antigen test:1||submicrometer particles:1||Thrombus:1||Histidine rich protein 2:1||test:1||Prothrombin time:1||Nasopharyngeal swab:1||instrumentbased digital readout system:1||rapid diagnostic test:1||Neutrophil to lymphocyte ratio:1||Antibody:1||Cellular immune response:1||IL29:1||IFNalpha:1||CpG:1||Neisseria skkuensis:1||procalcitonin:1||microchannel chip:1||unprocessed:1||pLDH:1||retinol binding protein:1||Parainfluenza virus:1||P.vivax:1||Viral load:1||Clostridium difficile:1||PCRribotype 027:1||Secondary leukemia:1||viability:1||propidium iodide:1||antigen:1||zebrafish:1||Adipogenesis:1||extracellular matrix:1||RIDT:1||Realtime PCR:1||Albumins:1||Fibrosis:1||Antifibrotic drug:1||chloroquine:1||red blood cells:1||resistance:1||pain:1||Viral Load:1||magnetic nanocluster:1||TB:1||crossmatch:1||LAMPMS:1||hypertonic saline:1||hypoxia:1||Multiplate analyzer:1||RTPCR:1||platelet to lymphocyte ratio:1||pneumonia severity:1||M2PK:1||Mean platelet volume:1||Plasmodium vivax CSP VK210 VK247:1||Respiratory virus:1||Standard deviation:1||Pvs48/45:1||DNA:1||Respiratory tract infection:1||neonates:1||sensitivity:1||Bocavirus:1||Rapid antigen test:1||Myeloproliferative disorder:1||QWALYS3:1||immunoproteomics:1||neuron:1||3T3L1 adipocyte:1||PPARgamma:1||C/EBPalpha:1||Radial glia:1||dmin:1||P. vivax:1||Alere i Influenza A&B:1||Microbiology laboratory:1||Rapid diagnostic tests:1||Genetic diversity:1||Candida:1||separation:1||tuberculosis:1||RTLAMP:1||Loopmediated isothermal amplification:1||pentoxifylline:1||Plasmodium lactate dehydrogenase:1||sequencing:1||mean platelet volume:1||mean platelet volume/platelet count:1||neutrophil to lymphocyte ratio:1||Multiplex RT PCR:1||antifibrotic drug:1||liver fibrosis:1||msp1:1||specificity:1||MSP P.vivax:1||Pulsedfield gel electrophoresis:1||Therapyrelated ALL:1||BCRABL1:1||Hemophagocytic lymphohistiocytosis:1||Antibody screening:1||Pvs25:1||Lipid droplet formation:1||absolute CD4 count:1||parasite lactate dehydrogenase:1||TIMP:1||hsr:1||leukemia:1||myeloid:1||lancet:1||Multiplicity of infection:1||Seroprevalence:1||nucleic acid lateral flow:1||visual detection:1||magnesium pyrophosphate:1||lateral flow assay (LFA):1||viscoelastic fluids:1||Microscopy:1||Systematic review:1||Intensive care unit:1||Blood coagulation:1||Acoustic streaming:1||Plasmodiuminfected erythrocytes:1||rapid test:1||PFA100:1||Syphilis:1||Treponema pallidum particle agglutination (TPPA):1||Rhoptry neck protein:1||Plasmacytoid Dendritic Cells:1||Peripheral Blood:1||platelet distribution width:1||Magnetic nanoparticle:1||Dimercaptosuccinic acid:1||Creader:1||CRAT:1||comparison:1||Korea:1||Copy number:1||Real time quantitative PCR:1||MYC:1||microscopy:1||P. falciparum:1||donor screening:1||Turnaroundtime:1||cellular immunity:1||Plasmodium knowlesi:1||P.falciparum:1||diagnosis:1||computer vision:1||quantum dot:1||lateral flow assay:1||rapid chromatographic immunoassay:1||MTB:1||blood bank:1||platelet&#8208:1||function:1||Highviscosity mixing:1||Lamb wave:1||Food vacuole:1||reactive oxygen species:1||creactive protein:1||agreement:1||platelet count:1||sepsis:1||pvs28:1||UHealthcarebased CDSS:1||Stability:1||MSP10:1||DNA isolation:1||Realtime RT PCR:1||POLYMERASECHAINREACTION:1||BLOOD:1||GENUS:1||ASSAY:1||Myelodysplastic syndrome:1||protein microarray:1||VATPase:1||antigens:1||CD4:1||Perineurium:1||radiation:1||automation:1||high resolution metabolomics:1||laser:1||Multiclonal infections:1||Chlorhexidine:1||rotavirus:1||COVID19 antibodies:1||coflow:1||pointofcare testing:1||Point of care testing:1||derived microparticles:1||quantification:1||Upstream activation:1||Deoxyribonucleic acid:1||Africa:1||Chromogenic culture:1||Platelets:1||Pulsatile flow:1||Calcium solution:1||Rapid influenza diagnostic test (RIDT):1||Subtype:1||Infection:1||diabetes mellitus:1||16S rRNA:1||thrombocytopenia:1||Reliability:1||Superparamagnetism:1||scoring:1||malaria vaccine:1||Fluorescent immunoassay:1||PARASITES:1||Nucleated red blood cells:1||UniCel DxH 800:1||Drug resistance gene:1||pvmdr1:1||Single nucleotide polymorphisms (SNPs):1||MLL gene rearrangement:1||EpsteinBarr virus cytomegalovirus:1||Pvs28:1||CD4 lymphocyte count:1||Spinal cord:1||v:1||fibrosis:1||malaria antibody:1||capillary blood sampling:1||longevity:1||Microsatellite markers:1||Seroepidemiology:1||concentration:1||neutralizing antibodies:1||multiplex LAMP:1||NALF:1||loopmediated isothermal amplification:1||pretransfusion:1||microscanner:1||

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