ScholarWorks@Gyeongsang National University: Lee, Sung Sill

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Lee, Sung Sill (이성실)

대학원 (응용생명과학부)

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Tel 0557721883
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Methane:11||methane:9||Hanwoo:7||메탄:7||Rumen fermentation:7||methane emission:6||Spent mushroom substrates:6||Growth performance:6||growth performance:6||In vitro:6||rumen fermentation:6||Methane emission:6||반추위 발효:6||TMR:5||Heat stress:5||Hanwoo Steer:5||ruminal fermentation:5||Realtime PCR:5||Rumen:5||Ruminal fermentation:4||In situ:4||Ruminal Fermentation:4||Methane Emission:4||도체특성:4||rumen microbiota:4||Flammulina velutipes:4||microbial population:4||Hanwoo steers:4||Carcass characteristics:4||SEM:4||Metabolites:3||Tween 80:3||Urine:3||VFA:3||Piromyces communis:3||Herbal medicine byproducts:3||Malate:3||Enzyme activity:3||Probiotics:3||Protozoa:3||Eugenol:3||RealTime PCR:3||Metabolite:3||Relative Quantification:3||Feces:3||Rumen Fermentation:3||Cordyceps militaris:3||Corn:3||Ruminal degradability:3||Carcass Characteristic:3||In vitro rumen fermentation:3||in vitro:3||metataxonomic:3||Nutritive value:3||microbial growth:3||한약재 부산물:3||Synbiotics:3||Dairy Cow:3||Thymol:3||Methylcellulose:2||IPA:2||Microbial Growth:2||Microbial Population:2||반추위:2||Immunity:2||bacteria:2||Rumen):2||Ruminal Acidosis:2||enteric methane emission:2||enteric methane emissions:2||발육:2||Hanwoo heifers:2||Microbial growth:2||Caprylic acid:2||Concentrate:2||Organic acid:2||FTMR:2||보리:2||Microbiota:2||fermentation:2||Ruminant:2||Carcass Traits:2||Barley:2||Rye silage:2||silage:2||사양성적:2||Biologically active materials:2||설문조사:2||In vitro Fermentation:2||Cyclodextrin:2||Growth Performance:2||식물 추출물:2||heat stress:2||In vitro degradability:2||herbal extracts:2||Growth Rate:2||Dairy Cattle:2||옥수수:2||NaHCO₃:2||Holstein:2||Serum:2||Performance:2||in vitro batch culture:2||H1NMR Spectroscopy:2||Medicinal Plant Byproducts:2||H1NMR spectroscopy:2||Niacin:2||ruminants:2||rumen microbes:2||Jersey steer:2||Total mixed ration:2||Dairy cows:2||Steer:2||Plant extracts:2||Blood Component:2||치유농업:2||Vitamin A+E:2||Fermented TMR:2||pathogenics:2||protozoa:2||milk:2||mold:2||Feeding system:2||pigs:2||한약추출 부산물:2||Survey:2||한우 송아지:2||Synbiotic:2||건물소화율:2||Methane production:2||yeast:2||Hanwoo heifer fattening:2||농후사료:2||Rumen Fluid:2||Rumen Microorganisms:2||DM digestibility:2||Methane Production:2||Digestibility:2||bamboo charcoal:2||carcass characteristics:2||한우거세우:2||Biohydrogenation:2||In vitro 소화율:1||Italian ryegrass silage:1||Jersey:1||Jersey cow:1||Jersey steers:1||Korean steers:1||Lactating dairy cow:1||Lactation Performance:1||Lactobacillus buchneri:1||Late fattening feed:1||Lipopolysaccharide [LPS]:1||Liver function:1||Longchain fatty acid:1||Longissimus dorsi muscle:1||Longissimus muscle:1||Lonicera japonica:1||Lysozyme:1||Maintenance energy:1||Management:1||Medicinal Herb Extracts:1||Medicinal Plant Extracts:1||Medicinal herbal residues:1||Mentha canadensis:1||Metaboanalyst 5.0 Program:1||Metabolic Disease:1||Metabolism:1||Metabolome:1||Methane mitigation:1||Methanogen Diversity:1||Methanogenic archaea:1||Methanogens:1||Microbes:1||Microbial diversity:1||Microbial growth rate:1||Microbial population:1||Milk:1||Milk Yield:1||Molasses supplementation:1||Muscle Characteristic:1||Muscle Fatty Acid Profile:1||Mutagenesis:1||NMR:1||NMR analysis:1||Nano encapsulation:1||Nanoencapsulated CLA:1||Nanoparticle:1||Negativeionic surfactant:1||Nitraterich plant extract:1||Nitric Oxide [NO]:1||Nonionic surfactant:1||Nuclear Magnetic Resonance (NMR):1||Odor of manure:1||Omics Techniques:1||Organic acids:1||Oriental medicine plant extracts:1||Oxidative Stress:1||Particle Size:1||Phaeophyceae:1||Phytochemical:1||Pine Neddle:1||Pinus densiflora:1||Positiveionic surfactant:1||Postpartum:1||Potential Acid Production Value (PAPV):1||Prebiotics:1||Prepartum:1||Propionate Infusion:1||Proton Nuclear Magnetic Resonance:1||Proton nuclear magnetic resonance spectroscopy:1||R. albus:1||R. flavefaciens:1||RAW 264.7 Cells:1||Realtime Polymerase Chain Reaction:1||Reed:1||Regression Equation:1||Relative Quantification Analysis:1||Restrict feeding:1||Resveratrol:1||Retinol:1||Rhodophyta:1||Rhus succedanea Extracts:1||Rice Straw:1||Rumen anaerobic fungus:1||Rumen fluid donor:1||Rumen methane emission:1||Rumen methanogens:1||Rumen microbes:1||Rumen microbial growth:1||Rumen microorganism:1||Rumen papillae:1||Ruminal Methane Production:1||Ruminal Methanogenesis:1||Ruminal digestibility:1||Ruminal fermentation characteristics:1||Ruminant nutrition:1||Ruminants:1||SEM):1||STAT1:1||Salmonella typhimurium:1||Salted clams:1||Saponin:1||Seaweed:1||Sensory test:1||Separate feeding:1||Slaughter age:1||Slaughter ages:1||Sodium Stearoyl Lactylate:1||Sodium stearoyl2lactylate:1||Sorghum silage:1||Starter:1||Storage:1||Stress:1||Subclinical ketosis:1||Substance P:1||TBARS:1||Tannin:1||Temperature Humidity Index:1||Textmining:1||Total gas:1||Total gas production:1||Total mixed fermentation (TMF):1||Total track digestibility:1||Transcriptome:1||Treatment:1||Undaria pinnatifida:1||Vagina:1||Volatile Fatty Acid:1||Weaning:1||Weaning Pigs:1||Weaning age:1||Whole crop sorghum silage:1||Wormwood:1||aerobic stability:1||aflatoxin:1||aflatoxin B1:1||anaerobic fermentation:1||anaerobic fungi:1||anaerobic microflora:1||animal feed:1||antimicrobial agent:1||antioxidant:1||antioxidant activity:1||antioxidant enzyme:1||antioxidant status:1||antioxidative enzymes:1||bacterial community:1||bamboo leaf:1||bamboo leave:1||bamboo vinegar:1||bean curd dregs:1||betaGlucan:1||betaLactoglobulin:1||biofluids:1||blood characteristics:1||blood compositions:1||bovine rotavirus:1||broiler:1||carbon dioxide:1||carcass:1||cellulolysis:1||changing diet:1||concentrate:1||dairy cows:1||dietary minerals:1||digestibility:1||diphenylether herbicides:1||dry matter digestibility:1||energy partitioning:1||enzyme activity:1||essential oil:1||esterase:1||fecal microbiota:1||fecal microflora:1||feed additives:1||feed supplementation:1||gas emission:1||gas production:1||ghost vaccine:1||ginkgo leaf:1||growing pigs:1||halogenated compounds:1||hanwoo Bull:1||heat shock protein:1||heifer:1||holstein calves:1||illite:1||immune response:1||in situ DM disappearance:1||in situ degradability:1||in vitro fermentation:1||italian ryegrass:1||lactating dairy cattle:1||late lactation:1||meat quality:1||metabolites:1||metabolomic profiles:1||methane conversion factor:1||methane emission factor:1||methane production:1||methylcoenzyme M reductase:1||mycotoxin:1||natural plant extracts:1||neutral detergent fiber digestibility:1||nonantibiotic marker:1||noxious gas emission:1||ochratoxin:1||ochratoxin A:1||octadecanic fatty acids:1||olive leaves:1||oxidative stress:1||pH:1||plant extract:1||plant extracts:1||prebiotics:1||preservation:1||probiotics:1||protection:1||pumpkin:1||raphanus sativus:1||rice straw:1||rumen:1||rumen anaerobic fungus:1||rumen bacteria:1||rumen fluid:1||rumen methane emission:1||rumen microbial growth rate:1||ruminant:1||ruminant species:1||s score:1||scanning electron microscopy:1||seasonal changes:1||seaweed:1||serum metabolites:1||silage fermentation:1||squid byproducts:1||steam flake:1||steamflaked corn:1||steer:1||steers:1||subclinical ketosis:1||sustainable diet:1||tannic acid:1||terpenoids:1||total mixed ration:1||transcriptome:1||transgenic plants:1||volatile fatty acid:1||volatile fatty acids:1||waste recycling:1||zitterionic (+/) surfactant:1||가스발생량:1||경제성분석:1||국화과:1||녹차:1||농후사료 섭취량:1||당밀첨가:1||도체성적:1||동물매개:1||메탄 발생량:1||메탄 생성:1||미경산 한우암소 비육:1||미생물 성장량:1||미생물 성장률:1||미생물 수:1||반추동물:1||반추위 메탄 발생:1||반추위 분해율:1||반추위 유두 발달:1||반추위 혐기곰팡이:1||반추위분해율:1||발효:1||발효성상:1||배최장근:1||배합사료:1||버섯수확 후 배지:1||번식능력:1||분뇨악취:1||비육능력:1||비육후기사료:1||사료가치:1||사료원료:1||사양관리:1||사양방법:1||사포닌:1||섬유질배합사료:1||성장:1||스타터급여:1||쑥:1||암모니아:1||약용식물 수피 추출물:1||에너지 요구량:1||영양가:1||유지에너지:1||육계:1||은행잎:1||이유:1||이유월령:1||자치법규:1||장쇄지방산:1||제한급여:1||조기이유:1||조례:1||조사료:1||주사전자현미경:1||지방산:1||질산염 함유 식물 추출물:1||체형:1||총 가스:1||총 가스 발생량:1||치유농업 수요자:1||치유농업 프로그램:1||탄닌:1||텍스트마이닝:1||팽이버섯:1||팽이버섯 수확 후 배지:1||프로토조아:1||한우:1||한우 암소:1||한우 암소비육:1||한우 어린송아지:1||한우암소:1||항산화력:1||항산화작용:1||혈액성분:1||혈액성상:1||호밀 사일리지:1||호박:1||홀스타인:1||환경개선제:1||황화수소:1||:1||효소활력:1||.:1||1HNuclear Magnetic Resonance Spectroscopy (1HNMR):1||1HNuclear magnetic resonance:1||Adhesion:1||Age at First Calving:1||Agro Healing:1||Agro Healing Programs:1||Agro Healing clients:1||Agrohealing:1||Allium fistulosum L:1||Allium fistulosum L. extract:1||Ammonia:1||Anaerobic Microbes:1||Anaerobic Microflora:1||Animal welfare:1||Animalassisted:1||Animalassisted Therapy:1||Anthelmintic plant extract:1||Antioxidant:1||Antiprotozoal plants extracts:1||Asparagopsis:1||Aspersillus flavus:1||Asteraceae:1||Bacillus subtilis sp.:1||Bacterial Attachment:1||Bacterial Detachment:1||Bacterial community:1||Bark extracts of medicinal herb:1||Beef quality:1||Bigdata:1||Biochemical composition:1||Biofluids:1||Bloat:1||Blood Characteristic:1||Blood Metabolite:1||Blood Parameters:1||Blood composition:1||Blood enzyme activity:1||Blood metabolites:1||Blood parameters:1||Body size:1||Bos taurus coreanae:1||Breeding performance:1||Brown algae:1||Butyric acid:1||Byproducts of medical herbs:1||Caco2 Cell:1||Calf:1||Carcass:1||Carcass traits:1||Cellulolytic Bacteria:1||Cellulolytic bacteria:1||Cellulolytic enzymes:1||Cellulose Digestion:1||Chemical composition:1||Chenomx NMR Suite 8.4 Software:1||Clostridium saccharobutylicum:1||Coconut:1||Concentrate intake level:1||Concentrates:1||Conjugated Linoleic Acid:1||Corn Grain:1||Correlation:1||Cortisol:1||DM degradability:1||DM degradation:1||Dairy Goats:1||Dietary Interventions:1||Dietary minerals:1||Dietary type:1||Dry matter degradation:1||Dry matter digestibility:1||Early Fattening Period:1||Early weaning:1||Ecklonia stolonifera Extract:1||Economic Efficacy:1||Economical analysis:1||Endoglucanase:1||Energy balance:1||Energy requirement:1||Enteric fermentation:1||Enteric methane:1||Enzyme:1||Essential oil:1||Ethyl methl sulfonate:1||F. succinogenes:1||Fatty acid:1||Feed Cost:1||Feed additive:1||Feed additives:1||Feed ingredient:1||Feed value:1||Feeding Method:1||Feeding Ratio:1||Feeding System:1||Feeds Evaluation:1||Feedstuffs:1||Fermentation:1||FermentedTMR:1||Fiber Digestion:1||Flieg&apos:1||Flieg’s score:1||Flow cytometry:1||Fluid:1||Forage:1||Formic acid:1||Fungi:1||Gas production:1||Gelidium amansii:1||Ghost cassette:1||Ginkgo Leaf:1||Green tea:1||GreenFeed:1||Growth:1||H1NMR analysis:1||Hanwoo Cow:1||Hanwoo Steers:1||Hanwoo calves:1||Hanwoo cattle:1||Hanwoo cow:1||Hanwoo cows:1||Haptoglobin:1||Herb:1||High Performance AnionExchange Chromatography (HPAEC):1||High Performance Liquid Chromatography (HPLC):1||Holstein Cows:1||Holstein Heifers:1||Holstein Steer:1||Holstein and Jersey steers:1||Holstein cow:1||Holstein dairy cow:1||Holstein steer:1||Holstein steers:1||Hormones:1||Hydrogen sulfide:1||In situ disappearance rate:1||In situ 소실율:1||In vitro Gas Production:1||In vitro Ruminal Fermentation:1||In vitro fermentation:1||In vitro 반추위 발효:1||

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