ScholarWorks@Gyeongsang National University: Yang, Jae Kyung

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Yang, Jae Kyung (양재경)

농업생명과학대학 (환경재료과학과)

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Tel 0557721862
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Steam explosion:17||Response surface methodology:13||Cordyceps militaris:9||Pinus densiflora:8||Cordycepin:7||Growing media:7||Physicochemical properties:5||Paecilomyces tenuipes:4||Trichoderma:4||Chamaecyparis obtusa:4||Fermentation:3||Oak:3||Submerged culture:3||Steamexplosion:3||Pretreatment:3||Antioxidant activity:3||Antifungal activity:3||Yield:3||Lignocellulosic biomass:3||Phenolic compound:3||Monochamus alternatus:3||Antioxidant:3||Lespedeza bicolor:3||Quercus variabilis:2||Antioxidative activity:2||wood fiber:2||enzymatic hydrolysis:2||RSM:2||essential oil:2||Recombinant E. coli:2||Tyrosinase activity:2||Oak wood:2||fermentation:2||ferulic acid:2||Extract:2||Optimization:2||Revegetation:2||Vanillin:2||Cultivar:2||Vitiligo:2||Lightemitting diodes:2||Helicobacter pylori:2||Ferulic acid:2||Cytotoxicity:2||Fruiting body:2||GCMS:2||Severity factor:2||Shoot propagation:2||Apoptosis:2||Peat moss:2||Chinese cabbage:2||Melanogenesis:2||Metabolic engineering:2||Soil:2||Ainsliaea acerifolia:2||Actinidia arguta fruit:2||acute heat stress:2||In vitro rooting:2||performance:2||Species:2||항균활성:2||antifungal activity:2||antioxidant activity:2||Bioethanol:2||A. victorialis:2||Plant cover:2||bioethanol:2||Plant growth:2||Podostroma cornudamae:2||broilers:2||cecum metagenome:2||Axillary buds:2||Multiple shoot:2||Insoluble fiber:2||Mycelia:2||Mycelium:2||Sugar content:2||Potassium hydroxide:2||Green tea:2||NADH oxidase:2||sweet potato:2||Coverage:2||thermophilic archaeon:2||Allium victorialis var. platyphyllum:2||Pseudotsuga menziesii:2||Broiler:2||Quercus mongolica:2||Fulvic acid:1||GC/MS:1||Gabion Systems with Vegetation Base Materials revetment:1||Gas chromatography:1||Gene expression:1||Germination:1||Germination test:1||Ginkgo biloba:1||Glucose:1||Graph convolutional networks:1||Growth:1||Growth period:1||H2Oproducing:1||HaCaT keratinocytes:1||Hadong Green tea:1||Hangover cures:1||Hardwood:1||Hardy kiwi:1||Hexamethylcyclotrisiloxane:1||High performance liquid chromatography:1||Horticultural media:1||Horticultural plant:1||Hot water extracts:1||Hybrid composite board:1||Hydrosol:1||IL8:1||IL8 value:1||IgE:1||Impregnation:1||Inflammation:1||Initial deformation:1||Inorganic constituents:1||Insecticidal activity:1||Jujube fruit:1||Jujube fruit yield:1||Korean resource plants:1||LED:1||Lactuca sativa:1||Larix leptolepis:1||Lentinula edodes:1||Lespedeza cyrtobotrya:1||Lespedeza sp:1||Lightemitting diode:1||Lignin:1||Lignocellulose:1||Lignocellulosic:1||Lycopersicon esculentum:1||Macronutrients:1||Media:1||Medicinal plant:1||Medium:1||Melanin:1||Metabolism:1||Metabolomics:1||Microbiome:1||Microwaveassisted:1||Minerals:1||Miscanthus sinensis:1||Miscanthus sinensis var. purpurascens:1||Mulching:1||Mushroom composition rdycepin:1||Myzus persicae (Sulzer):1||NC/Nga mice:1||Natural extract:1||Near Infrared Spectroscopy (NIRS):1||Nearinfrared spectroscopy:1||Neuronal cell protective effects:1||Nondestructive measurements:1||Oak sawdust:1||Obese adolescent:1||Organic constituent:1||Organic solvent fractions:1||OsmC:1||Ouercus mongolica:1||P. tenuipes:1||PHYSIOGNOMICAL SPECIES:1||Paecilomyces japonica:1||Paper recycle:1||Particle density:1||Pd nanoparticles:1||Pearson correlation:1||Peat:1||Peat substitutes:1||Peeling ratio:1||Performance characteristics:1||Phenolic acid:1||Phyllostachys:1||Physical properties:1||Pine:1||Pine wilt disease:1||Pinus koraiensis:1||Plant compound:1||Plant growth retardant:1||Poisonous mushroom:1||Polyphenol:1||Polyphenol content:1||Populus euramericana:1||Porosity:1||Prebiotic sugar:1||Principle component analysis:1||Productivity:1||Profiling:1||Programmed cell death:1||Proteome:1||Quantitative structureactivity relationship:1||RARE PLANTS:1||ROS:1||Recommended tree species for afforestation:1||Refining:1||Relative creep:1||Response surface methodolo:1||Rhododendron schlippenbachii:1||Road slope:1||Roridin E:1||Rural soil:1||SNARE protein:1||Saccharification:1||Saccharomyces cerevisiae:1||Safety:1||Saw dust:1||Schima wallichii ssp. liukiuensis:1||Seed germination:1||Seed growth:1||Short rotation coppice woody crops:1||Skin whitening:1||Slope area:1||Soft wood:1||Softwood:1||Soil properties:1||Soil runoff:1||Soilless:1||Solidstate fermentation:1||Solubles from shredded:1||Soybean:1||Soybean hull:1||Spectral analysis:1||Steam explosion pretreatment:1||Steamexploded pine particles:1||Steamed sawdust:1||Steaming:1||Steaming explosion:1||Sterol glycoside:1||Submerged culture conditions:1||Substitute:1||Succinic acid:1||Sucrose:1||Sugar composition:1||Syzygium aromuticum:1||Tall fescue:1||Tannine:1||Theanine:1||Thermal treatment:1||Thermococcus kodakaraensis KOD1:1||Thickness swelling:1||Thuja occidental:1||Torrefaction:1||Total free amino acids:1||Tree age:1||Tree growth:1||Tree pruning:1||Trichoderma spp.:1||Two stage pretreatments:1||Twostage treatment:1||Tyrosinase:1||UVB:1||Ulleung Island:1||Ultrasonicassisted extraction:1||Ultrasoundassisted extraction:1||VASCULAR PLANTS:1||Vegetation base materials:1||Vegetation media:1||Volatile compound:1||Volatile compounds:1||Waste paper:1||Waste papergrowing media:1||Waste wood:1||Water content:1||Water extraction:1||Watersoluble fertilizer:1||Wild edible plant:1||Wood chip:1||Wood extract:1||Wood fiber:1||Wood flooring:1||Wood meal:1||Wood mill:1||Wood sawdust:1||Woody biomass:1||XGBoost:1||Zanthoxylum coreanum:1||Zanthoxylum schinifolium:1||abiotic elicitor:1||acetosyringone:1||acid/base hydrolysis:1||amino acids:1||antiinflammatory:1||antibacterial activity:1||antimicrobial activity:1||antioxidant:1||archaeon:1||betacarotene:1||betahexosaminidase:1||bilobalide:1||bioreactor culture:1||broiler:1||broiler chickens:1||cecum microbiota:1||cell culture:1||cell death:1||cell viability:1||cellulose acetate:1||chemical properties:1||cluster similarity analysis:1||coarse fillings:1||cocultivation temperature:1||cotyledonary explants:1||crosslaminated wood panels:1||cultivation:1||cutting edge length:1||cyclic heat stress:1||deflection:1||dual function:1||dynamic MOE:1||electron microscopy:1||electronmicroscopy:1||energy efficiency:1||engineered whole mevalonate pathway:1||enzymatic hydrolysate:1||enzymatic treatment:1||exercise:1||extraction:1||extraction methods:1||fedbatch culture:1||fine fillings:1||firewood:1||flavan3ols:1||flavonoid:1||fruiting body formation:1||gene expression:1||ginkgolide:1||green tea:1||growth condition:1||growth performance:1||habitat:1||hexameric ring structure:1||horticultural media:1||human gastric epithelial cells:1||human neuroblastoma SKNSH cells:1||hybrid composite board:1||hydraulic capacity:1||ignition time:1||imago solid culture medium:1||importance values:1||in vitro Culture INTRODUTION Allium victorialis:1||inflammatory cytokines:1||insoluble fiber:1||interfacial films:1||metagenome:1||modulus of elasticity:1||mushroom metabolites:1||mushroom yield:1||mycelia growth:1||mycelial:1||nitric oxide:1||nonpretreatment:1||optimization:1||peat moss:1||pharmaceuticals:1||phenolic compounds:1||photosynthesis:1||physical properties:1||phytochemical:1||pine wilt disease:1||poisonous mushroom:1||polyphenol:1||polyphenols:1||polypropylene bag:1||potassium chloride (KCl):1||pretreatment:1||protein aggregation:1||reactive oxygen species:1||recombinant Escherichia coli:1||roasting:1||roridin E.:1||shear force:1||slope surface:1||soil quality index:1||solubles from shredded:1||solubles from steamexploded pine particles:1||species diversity:1||steam explosion:1||steamexploded pine:1||steamexploded pine particles:1||steamexploded pine particles (SSPPs):1||streamexplosion:1||terpene:1||thermal modification:1||ultrasonicassisted:1||urea resin:1||variation:1||water soluble essential oil:1||water/oil interface:1||wild garlic:1||wild mushrooms:1||wood extracts:1||wood industry waste:1||wood sawdust:1||wounding:1||yellow poplar:1||βhexosaminidase:1||관속식물상:1||근적외선 분광분석법:1||나무수령:1||녹차:1||녹화 효과:1||대추나무:1||데아닌:1||동적탄성률:1||두께팽창률:1||목재섬유:1||무기물 성분:1||미송:1||바이오에탄올:1||박리율:1||발효:1||복합보드:1||상관우점종:1||생대추 생산량:1||수체생장:1||숙취해소:1||식생기반재:1||식생기반재돌망태기슭막이:1||알코올 분해:1||약용식물:1||억새:1||열수 추출물:1||유기용제 분획물:1||유리아미노산:1||전처리:1||치수안정성:1||침엽수:1||카테킨:1||카페인:1||코르크복합보드:1||탄닌:1||톱밥:1||트리코더마:1||특산식물:1||편백:1||피복율:1||하동녹차:1||항산화:1||효소당화:1||휨 강도:1||휨 진동:1||휨 탄성계수:1||흡수율:1||희귀식물:1||AGS cell viability:1||Abiotic stress:1||Absorption ratio:1||Acanthophysium sp. KMF001:1||Acetylation:1||Achilles tenofibroblast:1||Achilles tenofibroblasts:1||Acid hydrolysis:1||Actinidia arguta:1||Adenosine:1||Agrobacterium tumefaciens:1||Alcohol degradation:1||Alkali pretreatment:1||Alkaline treatment:1||Amendments:1||Amino acid:1||Angelica gigas:1||Anisotropy:1||Antiallergic:1||Antiapoptotic:1||Antiinflammatory:1||Antioxidant:1||Antiphotoaging:1||Antityrosinase activity:1||Antibacterial activity:1||Anticancer:1||Antihistamine activity:1||Antimicrobial:1||Antioxidant prediction:1||Antiradical activity:1||Artificial soil:1||Atopic dermatitis:1||Autumn Sense:1||Bacillus subtilis:1||Barley husk:1||Base material:1||Bending MOE:1||Bending modulus of elasticity:1||Bending modulus of rupture:1||Biopesticides:1||Bioactive compound:1||Biorefinery:1||Botanical insecticides:1||Botrytis cinerea:1||Broilers:1||Bulk density:1||C/N ratio:1||Caffeine:1||Camellia sinensis:1||Camphor:1||Candida spp.:1||Carbohydrate analysis:1||Catechin:1||Cecum:1||Cellulase:1||Cellulose:1||Central composite design:1||Chemical composition:1||Constituent:1||Coptis chinensis:1||Cordyceps:1||Cork composite board:1||Corrugated cardboard:1||Creep deformation:1||Crosslaminated wood panels:1||Crosslaminated woods:1||Cudrania tricuspidata:1||Cultivation phases:1||DPPH radical scavenging:1||Decision tree:1||Delignification:1||Dimensional stability:1||Dioxane:1||Drought:1||Dynamic MOE:1||ENDEMIC PLANTS:1||Ecofriendly condition:1||Ecofriendly:1||Enzymatic hydrolysis:1||Enzyme hydrolysis:1||Essential oil:1||Estragole:1||Ethanol extraction:1||Feed additives:1||Filtrate:1||Flexural vibration:1||

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