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职业迁徙
个人简介
Research Area
Professor Chu presided over 20 scientific research projects, participated in 30 projects at national, provincial and ministerial levels. Three invention patents (ranked first) have been authorized.
He was engaged in basic research, technology innovation and talent training on animal genetics and breeding. His research focuses on genetic mechanism controlling year-round estrus and high prolificacy in both local sheep and goat breeds. His team aims to identify vital molecular genetic markers assisting animal breeding, they have characterized polymorphisms of more than 30 genes in hypothalamic-pituitary-gonadal axis and their association with litter size in both sheep and goat. His team has established the methods to detect high prolificacy major gene FecB in Chinese local sheep. He was also in charge of establishing “Molecular Detection Methods for High Prolificacy Major Gene FecB in Sheep - The People's Republic of China Agricultural Industry Standard - NY/T 1672-2008”, which has been popularized and applied by more than 9 scientific institutes in China. It has made great contribution to the economic benefit of sheep breeding industry in China.
Awards
(1)National Leading Talent for Science and Technology Innovation by Ministry of Science and Technology of China in 2014.
(2)The 3rd Science and Technology Achievement Award (Ranked first) of Changxin Wu Animal Genetics and Breeding, 2013, “Screening and application of molecular genetic markers involved in reproductive traits of sheep and goat”.
(3)The third prize (Ranked first) of Beijing Science and Technology Award, 2013, “Screening and application of molecular genetic markers involved in reproductive traits of sheep and goat”.
(4)The second prize (Ranked fourth) of Hebei Science and Technology Progress Award, 2011, “Establishment and demonstration of well-bred breeding system of highly producing dairy cattle in North China plain”.
(5)Special Government Allowance by State Council of China, 2011.
(6)Mao Yisheng Beijing Youth Science and Technology Award by Beijing Association for Science and Technology, 2008.
(7)National Scientist of the New Century Hundred, Thousand and Ten Thousand Talent Project of China in 2008.
(8)The 10th Youth Science and Technology Award by China Association of Agricultural Science Societies, 2007.
Professor Chu presided over 20 scientific research projects, participated in 30 projects at national, provincial and ministerial levels. Three invention patents (ranked first) have been authorized.
He was engaged in basic research, technology innovation and talent training on animal genetics and breeding. His research focuses on genetic mechanism controlling year-round estrus and high prolificacy in both local sheep and goat breeds. His team aims to identify vital molecular genetic markers assisting animal breeding, they have characterized polymorphisms of more than 30 genes in hypothalamic-pituitary-gonadal axis and their association with litter size in both sheep and goat. His team has established the methods to detect high prolificacy major gene FecB in Chinese local sheep. He was also in charge of establishing “Molecular Detection Methods for High Prolificacy Major Gene FecB in Sheep - The People's Republic of China Agricultural Industry Standard - NY/T 1672-2008”, which has been popularized and applied by more than 9 scientific institutes in China. It has made great contribution to the economic benefit of sheep breeding industry in China.
Awards
(1)National Leading Talent for Science and Technology Innovation by Ministry of Science and Technology of China in 2014.
(2)The 3rd Science and Technology Achievement Award (Ranked first) of Changxin Wu Animal Genetics and Breeding, 2013, “Screening and application of molecular genetic markers involved in reproductive traits of sheep and goat”.
(3)The third prize (Ranked first) of Beijing Science and Technology Award, 2013, “Screening and application of molecular genetic markers involved in reproductive traits of sheep and goat”.
(4)The second prize (Ranked fourth) of Hebei Science and Technology Progress Award, 2011, “Establishment and demonstration of well-bred breeding system of highly producing dairy cattle in North China plain”.
(5)Special Government Allowance by State Council of China, 2011.
(6)Mao Yisheng Beijing Youth Science and Technology Award by Beijing Association for Science and Technology, 2008.
(7)National Scientist of the New Century Hundred, Thousand and Ten Thousand Talent Project of China in 2008.
(8)The 10th Youth Science and Technology Award by China Association of Agricultural Science Societies, 2007.
研究兴趣
论文共 80 篇作者统计合作学者相似作者
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Guoqing Zhang,Mingxing Chu, Hao Yang, Hao Li, Jianxin Shi, Pingjie Feng, Shoufeng Wang,Zhangyuan Pan
GENESno. 3 (2024): 376
ARCHIVES ANIMAL BREEDINGno. 1 (2024): 51-60
Theriogenology (2024): 1-10
THERIOGENOLOGY (2024): 1-10
Research Square (Research Square) (2023)
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Frontiers in Genetics (2023): 1239979-1239979
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