ScholarWorks@Gyeongsang National University: Shin, Yong Wook

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Shin, Yong Wook (신용욱)

자연과학대학 (항노화신소재과학과)

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Tel 0557723226
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Platycodon grandiflorum:6||ARMSPCR:5||Single nucleotide polymorphisms:5||Chloroplast genome:4||scopolamine:3||Memory enhancing:3||Balloon flower:3||HRM curve analysis:2||multifunctionality:2||antioxidant:2||Onoff Network:2||big data:2||Angelica:2||Community Business:2||IndustryUniversity Collaboration:2||text mining:2||RIS:2||urban farming:2||urban gardening:2||Instagram:2||Business Ecosystem:2||Nuclear ribosomal DNA internal transcribed spacers:2||compound 48/80:2||Citri Pericarpium:1||Collecting time:1||Community spirit:1||Content types:1||Core competency:1||Counterfeits:1||Creatinine:1||Cudrania tricuspidata:1||Cudrania tricuspidata leave:1||DNA barcoding:1||DPPH radical scavenging:1||Dextran sulfate sodium:1||Ethnobotany:1||Ethnomedicine:1||Food allergy:1||GLUT4:1||Geneediting technology:1||Genipin:1||Geniposide:1||Gluten sensitivity:1||Growyourown (GYO):1||Growth regulators:1||HPLCESIMS:1||HRM curve:1||HYPOGLYCEMIC EFFECT:1||Hashtag:1||Helianthus tuberosus L:1||Herbal drug discrimination:1||Highresolution melting:1||House plants:1||Hypoglycemic effect:1||IPA matrix:1||Indigenous germ lines:1||Internal transcribed spacer regions of rDNA:1||Latent dirichlet allocation (LDA):1||Lutein:1||MYB gene:1||MYB 전사인자:1||Mass propagation:1||Medicinal herb:1||Medicinal plants:1||Metabolic engineering:1||Mismatched primers:1||Network Analysis:1||Nuclear ribosomal DNA internal transcribed spacer regions:1||Nuclear ribosomal DNA internal transcribed spacers (ITSs):1||OVAspecific IgE:1||PHELLINUS BAUMII:1||Panax ginseng:1||Permentation:1||Pet plants:1||Phenylpropanoid pathway:1||Plants:1||Platycoside:1||Potato:1||QULITY CONTROL:1||RAPD:1||Regeneration:1||Reginal Innovation System:1||Reginal SME Ecosystem:1||Saponin:1||Seedlings:1||Singlenucleotide polymorphisms ( SNPs):1||Social media:1||Social network analysis:1||Stachys sieboldii:1||Steam heat treatment:1||Storage Period:1||Sun ginseng:1||Survey:1||Survey Methodology:1||Taraxacum officinale:1||Terminology:1||Tetracyclic triterpenes:1||Topic modeling:1||Urban gardening:1||User reactions:1||Violaxanthin:1||agroentrepreneurial intention:1||agroentrepreneurship:1||allergic asthma:1||allergic response:1||analysis:1||animal:1||antiallergic effect:1||antiallergic effects:1||antiinflammatory effect:1||balcony vegetable garden:1||body fat:1||coffee bean:1||collagen peptide:1||collagen synthesis:1||export:1||family business:1||fermentation:1||gluten intolerance:1||hardness:1||herbal medicine:1||home gardening:1||immune enhancement:1||import:1||lactic acid bacteria:1||natural product:1||online news:1||photoaging:1||production:1||saponin:1||store methods:1||topic modeling:1||translation:1||urban agriculture:1||urbanization:1||value awareness:1||βCarotene:1||βGLUCAN:1||네트워크분석:1||다학제간 연구:1||대사공학:1||민간의료:1||민간전승요법:1||민속식물:1||생애사적 연구:1||약초:1||유전자교정:1||전통지식의 재구성:1||조사방법론:1||지역연고사업:1||지역중소기업 생태계:1||크리스퍼:1||6th industry entrepreneurship:1||페닐프로파노이드 생합성경로:1||Adenineinduced renal failure:1||Admixture:1||Agricultural company:1||Alismatis rhizoma:1||Alisol B 23acetate:1||Alisol C 23acetate:1||Angelica genus:1||Antiinflammatory:1||Antiallergic effect:1||Antimicrobial:1||ArmsPCR:1||Authentication:1||BarHRM:1||Bed soils:1||Big data:1||Biological effect:1||Blood urea nitrogen:1||Botanical gardens:1||CONCOR analysis:1||CRISPR:1||Carotenogenesisrelated genes:1||Carotenoids:1||

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