college of animal science and technology-尊龙ag旗舰厅官网

　　 　　

lab animal fat deposit & muscle development,

college animal science & technology, nw a&f univ,

22 xinong rd, yangling712100, shaanxi, p. r. china

e-mail:  imed23@nwsuaf.edu.cn.

work experience

2020-present northwest a&f university (yangling, shaanxi)

· assistant professor

· college of animal science and technology

education

2014-2020 northwest a&f university (yangling, shaanxi)

· phd and master’s degree

· college of animal science & technology

· advisor: prof. jiangwei wu

2009-2014 shenyang agriculture university (shenyang, liaoning)

· bachelor’s degree in animal science

· college of institute of animal husbandry and veterinary medicine

publications

journal articles:

· xia b#, shi xc#, et a. urolithin a exerts anti-obesity effects through enhancing adipose tissue thermogenesis in mice.  plos biology , 2020 (if _5-year ="9.1)

· xia b#, cai gh#, et al. adipose tissue deficiency of hormone-sensitive lipase causes fatty liver in mice [j].  plos genetics ., 2017 dec 12;13(12): e1007110. (if_5-year="6.3)

· xia bo, ge jing, shi xin'e. hedgehog signaling pathway and regulation of animal skeletal muscle development. chinese journal of biochemistry and molecular biology, 2016.

· jun feng lu , meng qing zhu , heng zhang, hao liu, bo xia, yong liang wang, xin'e shi, liang peng, jiang wei wu. neohesperidin attenuates obesity by altering the composition of the gut microbiota in high -fat diet-fed mice. the faseb journal, 2020

· zhu, j.y., shi, x.e., lu, h.z, xia, b., li, y.f, li, x., zhang, q.l., & yang, g.s. (2015).  rna-seq transcriptome analysis of extensor digitorum longus and soleus muscles in large white pigs [j].  molecular genetics and genomics , 2015: 1-15.

research direction

· the role and regulation mechanism of lipid metabolism in animal fat deposition and muscle development;

·  the regulatory role of lipid metabolism in obesity, diabetes and fatty liver;

· the role and mechanism of natural products in the process of lipid metabolism.