CAU Scholar's Space: Kang, Hyun Ah

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Kang, Hyun Ah (강현아)

자연과학대학 (생명과학과)

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Tel 02-820-5863
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Hansenula polymorpha:31||Saccharomyces cerevisiae:18||Secretion:9||Yarrowia lipolytica:7||Yeast:7||Cryptococcus neoformans:6||Glycosylation:6||Ethanol production:5||Human serum albumin:4||Fedbatch culture:3||Saccharomycopsis fibuligera:3||Viruslike particles:3||Proteolysis:3||Nervous necrosis virus:2||Galactose:2||Alcohol dehydrogenase:2||DNA microarray:2||Omannosylation:2||Immune response:2||unfolded protein response:2||Methylotrophic yeast:2||viruslike particles:2||volatile flavor:2||Recombinant protein:2||yeast:2||yeast cell factory:2||Thermotolerant yeast:2||Glutathione:2||nervous necrosis virus:2||In vitro transsialylation:2||Corynebacterium diphtheriae:2||Fedbatch fermentation:2||PMR1:2||MOX promoter:2||Multiple integration:2||GAL promoter:2||Virus challenge:2||Hirudin:2||Xylose fermentation:2||Kluyveromyces marxianus:2||recombinant protein:2||ALG3:2||Sialidase:2||Sialoglycoconjugate:2||Covalent multimer:1||Crabtree effect:1||Crelox:1||Cysteine:1||DNA polymerase delta:1||DNA sequencer:1||Debaryomyces spp.:1||Defective auxotrophic markers:1||Detoxification:1||Doublestrand break:1||E. coli:1||ER stress:1||Endoproteases:1||Energy transfer:1||Enzyme replacement therapy:1||Ethanol stress:1||Ethanol tolerance:1||Exponential feeding:1||Fedbatch cultivation:1||Fermentation:1||Fermented soy sauce:1||Filamentous fungi:1||Flavor profile:1||Functional complementation:1||Fungal infection:1||Fungal pathogenesis:1||Fur:1||Fusobacterium nucleatum:1||GAL1:1||GAL10 promoter:1||GPIanchor:1||Ganjang:1||Genome:1||Genome centered:1||Glutathione biosynthesis:1||Glycan analysis:1||Glycan profiling:1||Glycan trimming:1||Glyceraldehyde3phosphate dehydrogenase promoter:1||Glycerol fermentation:1||Glycoengineering:1||Glycoproteins:1||Glycosylphosphatidylinositolanchored proteins:1||Glycosyltransferase:1||Gold nanoparticles:1||Great Demand:1||HAC1:1||HSATIMP2:1||HXK2:1||Halotolerance:1||Hansenula polymorpha (Pichia angusta):1||Hansenulapolymorpha:1||Heparin:1||Heparin chromatography:1||Hepatitis B surface antigen:1||Heterologous protein:1||High cell density:1||High cell density culture:1||High density culture:1||Highpurity oxygen fermentation:1||Hog1:1||Hog1 kinase:1||Homologous recombination:1||Human epidermal growth factor:1||Human lipocortinI:1||Human α(s1)casein:1||Hxl1:1||Hybrid:1||INU1A signal sequence:1||Immunomodulatory activity:1||Influenza virus:1||Inositol pyrophosphates:1||Ire1:1||KTR3:1||KU80 Gene:1||Korean fermented foods:1||L arginine:1||Larabinose:1||Llysine:1||Leader sequence:1||Lysosomal storage disease:1||MET1:1||MET2:1||MET3:1||MET3 promoter:1||MNN14:1||MNN4:1||MNN6:1||MNN9:1||Mannheimia succiniciproducens:1||Mannose6phosphate modification:1||Mannosylphosphate:1||Mannosylphosphorylation:1||Marketing:1||Mec1:1||Meiosis:1||Metabolic characteristics:1||Metabolic pathway:1||Metagenome:1||Metatranscriptome:1||Methanol:1||Methanol oxidase promoter:1||Methanol oxidasedeficient phenotype:1||Mixed feed:1||Morphology:1||Mpk1:1||Mucosal immunization:1||Multiple gene disruption:1||Mutagenesis:1||N/Oglycans:1||Nglycan:1||Nlinked oligosaccharides:1||Nlinked protein glycosylation:1||NanH:1||Nodavirus:1||Nonhomologous end joining:1||OGlcNAc glycosylation:1||OGlcNAc transferase (OGT):1||OMannosyltransferase:1||Oglycosylation site:1||OCH1:1||Ogataea parapolymorpha:1||Open reading frames:1||Oral vaccination:1||PDC1:1||PDC5:1||PM140:1||Papillomavirus:1||Pathogenicity:1||Pichia pastoris:1||Pivotal movement:1||Plant Nglycan:1||Pmt proteins:1||Promoter:1||Propeller agitation:1||Protein expression:1||Protein folding:1||Protein secretion:1||Proteomic responses:1||Pyruvate decarboxylase:1||Quantum dots:1||RNA extractionNonsaccharomyces yeastsCell wallHyphae:1||RNASeq:1||Recombinant glucose oxidase:1||Recombinant hirudin:1||Recombinant levansucrase:1||Recombinant proteins:1||Recombinant yeast:1||Recombination:1||Regioselectivity:1||Regulation:1||Ribosomal DNA nontranscribed spacer:1||SPT15:1||ScMNN4:1||Secretory expression:1||Secretory pathway Ca2+ATPase:1||Secretory production:1||Sequence analysis:1||Sialic acid:1||Soy sauce:1||Spin filter:1||Stability:1||States Food:1||Stress resistance:1||Submerged culture:1||Sulfate assimilation:1||Surface display:1||TRP1:1||TRPI:1||Target labeling:1||Targetedgene deletion:1||Tel1:1||Thrombin:1||Transcript profiling:1||Transcriptome analysis:1||Transport:1||Trehalose:1||Trimannosyl core Nglycan:1||Twodimensional polyacrylamide gel electrophoresis:1||UDPGlcNAc transporter:1||Urokinasetype plasminogen activator:1||VLPs:1||Wee1 kinase:1||Wholegenome sequencing:1||YPT1:1||Yapsins:1||Yeast surface display:1||YlCTS1:1||YlMPO1:1||Zymomonas mobilis:1||a1,2mannosidase:1||acetate esters:1||alcoholOacetyltransferases:1||alpha(1,3)Fucose:1||aspartyl protease:1||assembly:1||asymmetric hydrolysis:1||auxotrophic marker:1||beta(1,2)Xylose:1||biopharmaceuticals:1||caffeine:1||calcium ion:1||capsid protein:1||capsid proteins:1||catabolite repression:1||cell wall integrity:1||cell wall stress:1||cellpenetrating peptide:1||chitin:1||chitin binding domain:1||chitin deacetylase:1||chloroperoxidase:1||endoplasmic reticulum:1||ergosterol:1||esterase:1||expression system:1||expression vector:1||extracellular protein:1||fedbatch fermentation:1||feeding strategy:1||ferritin:1||fungal pathogenesis:1||genome structure:1||glycoengineering:1||glycosylphosphatidylinositol anchor:1||glycosylphosphatidylinositolanchor:1||heat shock transcription factor 1:1||heat stress response:1||heparin chromatography:1||host cell growth:1||human serum albumin:1||humantype Nlinked glycan:1||humanized hybridtype Nglycans:1||hypha formation:1||iron:1||iron chelator:1||macromolecule transduction domain:1||macrophage:1||markerrecycling:1||multicopy integration:1||multiple integration:1||mutator:1||nodavirus:1||nucleotidesugar:1||osmotolerance:1||par locus:1||parB (hok/sok) locus:1||penetration mechanism:1||pexophagy:1||plasmid stability:1||pmrAdisrupted mutant:1||probiotic potential:1||protein Omannosylation:1||protein family classification:1||protein glycosylation:1||protein trafficking pathway engineering:1||proteolytic activity:1||random mutagenesis:1||ribosomal DNA:1||saccharification:1||secretory pathway engineering:1||secretory recombinant proteins:1||sialic acid:1||sialidase:1||sialoglycoconjugate:1||skin model:1||structure analysis:1||surface display:1||synthetic glycosylation pathway:1||thermotolerance:1||transcription factor Cas5:1||transcriptional repressors:1||transdermal delivery:1||twocomponent signal transduction system:1||unconventional splicing:1||vaccine:1||yapsin:1||yeast species:1||α1,6Mannosyltransferase:1||αLarabinofuranosidases:1||α1antitrypsin:1||(R)betaacetylmercaptoisobutyric acid:1||γGlutamylcysteine synthetase:1||1Antitrypsin:1||5FAA:1||5′untranslated region:1||ADE2:1||ADH1:1||ADH3:1||ALG:1||ATP sulfurylase:1||Amylolytic yeasts:1||Angiogenesis inhibitor:1||Apoptosis:1||Arabinooligosaccharides:1||Arabinoxylooligosaccharides:1||ArcA response regulator:1||ArcB sensor kinase:1||Aspergillus niger:1||Aspergillus oryzae:1||BiP:1||Burkholderia cepacia:1||CAP6:1||CRISPRCas9:1||Ca2+ and Mn2+ homeostasis:1||Ca2+ homeostasis:1||Ca2+ATPase:1||Cadmium:1||Calcium homeostasis:1||Candida albicans:1||Capsid protein:1||Carbohydrates:1||Cell cycle:1||Cell surface display:1||Cell wall integrity:1||Cell wall mannoproteins:1||Centrifugal force:1||Chemoenzymatic synthesis:1||Chitin synthase III:1||Chitinase:1||Comparative analysis:1||Conditional mutant:1||Constitutive expression:1||Convict grouper:1||Copy number:1||Counterselection:1||

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