Research & Development
Patents
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No.01Forage containing fermented soy-beans and the method to solidify dung of fowl1999.11.01
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No.02Gastric Stimulating Betaine-Hydrochloric Acid and Protease Feed Additive2003.08.04
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No.03Feed additives containing Chromium Picolinate2003.08.27
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No.04Feed Additive Containing Pancreatin, Betaine·Hydrochloride and Dicalcium Phosphate for Stimulating Digestion Efficiency2003.09.18
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No.05Novel Bacillus lentimorbus GB-102 isolated from soybean paste and feed additives made by fermenting the strain on lupin seed medium2003.12.23
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No.06Novel Aspergillus oryzae GB-106 mutant and method for producing soybean enzymatic food-stuff using thereof2004.11.19
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No.07Method for biological processing of fermented soybean peptides by Aspergillus oryzae GB-107 in feeds2004.11.19
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No.08Protein coded by the salmonella-specific gene to be capable of the immunity against salmonellosis, its coding gene, injection preparations and oral preparations to contain the said protein2005.06.28
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No.09A method for biological processing of fermented soybean peptides with enhanced protease productivity by solid fermentation using Bacillus subtilis GR-101 and Aspergillus oryzae GB-107 and the use thereof2006.11.06
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No.10Method for Preparing Escherichia coli Phytase Using Promoter Derived from Yeast2007.08.27
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No.11Preparation method of fermented fruits and vegetables, fermented fruits and vegetables prepared thereby and functional composition comprising the same2007.11.16
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No.12Functional feed additive and process for producing the same2009.10.29
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No.13Process for preparing ruminally protected soybean peptide and the use thereof2010.02.17
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No.14Bacillus licheniformis GB-F2 strain having improved ability of decomposing histamine, and process for producing fishmeal having decreased content of histamine2011.01.07
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No.15Lactobacillus acidophilus GB-LC2 strain having improved ability of decomposing histamine, and process for producing fishmeal having decreased content of histamine2011.01.07
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No.16A Fermented Soybean Protein Product (India)2011.01.20
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No.17Microorganism having zearalenone decomposing activity, method for degrading zearalenone using thereof and feed additives comprising the same2013.06.26
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No.18Complex enzyme composition for degradating non starch polysaccharide and method for preparation there of2013.07.04
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No.19Bacillus subtilis GB-S14 strain having improved ability of decomposing histamine, and process for producing fishmeal having decreased content of histamine2013.12.18
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No.20Lactobacillus plantarum GB-LP1 strain having improved immunological activity and anti-virus activity, and fermentation process thereof2014.07.07
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No.21Bacillus subtilis No6 strain having improved ability of decomposing cellulose, and process for producing probiotics using solid state fermentation by using the same2014.11.25
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No.22The manufacturing method for corn-based feedstuff using bio-reaction2015.06.23
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No.23The manufacturing method for oat-based feedstuff using bio-reaction2014.12.03
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No.24The manufacturing method for wheat-based feedstuff using bio-reaction2014.12.03
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No.25Immunity-enhancing composition for the prevention and treatment of gastroenteritis of nursery pigs comprising extract of artemisia2016.11.10
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No.26Composition and screening method for identifying Lactobacillus sp. having anti-viral or immune enhancement activity2017.10.19
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No.27Total mixed ration and silage fermentation accelerator for ruminant)2017.10.25
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No.28Feed ingredients for improving the productivity of poultry2021.05.25
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No.29Enteric digestive enzymes and manufacturing processes2021.05.25
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No.30Synbiotic composition containing lactulose and probiotic lactic acid bacteria2021.05.28
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No.31Farm-specialized natural disinfectant using specific lactic acid bacteria strains2021.07.29
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No.32Oat fermentation for companion animal2021.10.21
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No.33Methods of using Lactobacillus plantarum strains for protecting animals from pathogenic bacterial infection2021.11.30
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No.34Composition for reducing livestock odor2022.01.07
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No.35A composition for spraying that reduces the odor of livestock2022.01.07
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No.36Microorganism strain having inhibitor for biofilm in animal intestines derived from Escherichia coli2024.01.08
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No.37Microorganism strain having inhibitor for biofilm in animal intestines derived from Escherichia coli2024.01.08
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No.38Manufacturing method for greenhouse gas reduction additives for ruminants using cashew seed extract and Kodamaea omeri fermented with Mojaban2025.09.29
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No.01Functional food additive using lactic acid bacteria complex fermentation2016.11.10
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No.02A composition comprising lactobacillus probiotics and a functional feed additive comprising the same2017.10.19
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No.03A effective method for culturing cell2017.10.25
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No.04Composition for promoting composting of livestock manure2021.05.25
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No.05Feed additives for greenhouse gas reduction in the rumen using Sargassum fulvellum2021.05.25
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No.06Microorganism strain having inhibitor for biofilm in animal intestines derived from Escherichia coli2021.05.28
Research & Development
Projects
$6.8million for last 10 years
| Agency | Title | Period | Fund ($1,000) | Co-work |
|---|---|---|---|---|
| IPET | Development of Dietary Supplement for Modulating Pig Digestive and Respiratory Microbiomes | 2024~2028 | 270 | JNU |
| DKU | ||||
| IPET | Eco-friendly feed additive for low-protein feed based on microbiome research | 2022.04 ~ 2023.12 | 580 | DKU |
| IPET | Development of technology to mitigate GHG(Greenhouse Gas) in Livestocks | 2022.01 ~ 2025.12 | 330 | SCNU |
| GNU | ||||
| CNU | ||||
| IPET | Development of microbial utilization technology for improving robustness and productivity of swine | 2021.04 ~ 2024.12 | 750 | KNU |
| JBNU | ||||
| IPET | Development of microbial product to improve swine farm odor using genomic information of the useful microorganisms | 2018.04 ~ 2021.12 | 1,340 | DKU |
| IPET | Establishment of technology to porduce cultrued pork for development for high value-added food materials | 2018.04 ~ 2020.12 | 980 | SNU |
| MOTIE | Development of functional material for canine immune system and skin conditions | 2017.07 ~ 2018.06 | 200 | KNU |
| MOTIE | Study on precautionary synbiotics | 2015.08 ~ 2017.07 | 400 | - |
| RDA | Improvement of pig's growth performance through the utilization of intestinal microbes and functional genes | 2015.01 ~ 2017.12 | 440 | DKU |
| MOTIE | Study on Microbial Inoculant to Apply into Total Mixed Ratio for Ruminant in Korea | 2013.06 ~ 2015.05 | 400 | KNU |
| IPET | Establishment of CMO for a commercial production of veterinary probiotics | 2012.12 ~ 2015.12 | 1,340 | SNU |
| KKU |
R&D Publications
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Effects of the Use of Rice Grain on Growth Performances, Blood Metabolites, Rumen Fermentation, and Rumen Microbial Community in Fattening Hanwoo Steers
Animals -
Development of a novel endolysin, PanLys.1, for the specific inhibition of Peptostreptococcus anaerobius
Animal Bioscience -
A Novel Strategy to Identify Endolysins with Lytic Activity against Methicillin-Resistant Staphylococcus aureus
International Journal of Molecular Sciences -
Obese dogs exhibit different fecal microbiome and specific microbial networks compared with normal weight dogs
Scientific Reports -
Effects of red ginseng byproducts on rumen fermentation, growth performance, blood metabolites, and mRNA expression of heat shock proteins in heat-stressed fattening Hanwoo steers
Veterinary Sciences -
Consequences of Domestication on Gut Microbiome: A Comparative Analysis Between Wild Boars and Domestic Pigs
Animals