A novel 28-bp indel in IGF1R gene associated with growth traits across four Chinese cattle breeds
文献类型: 外文期刊
第一作者: Tang, Jia
作者: Tang, Jia;Yang, Yu;Lan, Xianyong;Lei, Chuzhao;Wang, Xin;Chen, Hong;Ma, Yilei;Jiang, Xiaojun;Li, Longping;Chen, Hong;Song, Enliang
作者机构:
关键词: Insertion; deletion; body size data; bovine; insulin-like growth factor 1 receptor
期刊名称:JOURNAL OF AGRICULTURAL SCIENCE ( 影响因子:1.476; 五年影响因子:1.891 )
ISSN: 0021-8596
年卷期: 2021 年 159 卷 9-10 期
页码:
收录情况: SCI
摘要: Insulin-like growth factor 1 receptor (IGF1R) is a cell surface receptor, belonging to the tyrosine kinase receptor superfamily. IGF1R plays a role not only in normal cell development but also in malignant transformation, which has become a candidate therapeutic target for the treatment of human cancer. This study aimed to explore insertions and deletions (indels) in IGF1R gene and investigate their association with growth traits in four Chinese cattle breeds (Xianan cattle, Jinnan cattle, Qinchuan cattle and Nanyang cattle). The current paper identified a 28-bp indel by polymerase chain reaction within IGF1R gene. The analysis showed that there was a significant correlation between the locus and the hucklebone width of Nanyang cattle in four periods, in which it was highly correlated at 6, 12 and 18 months. At the age of 6 months, it was also significantly correlated with body height, body weight and body length. Association analysis showed that the locus in Jinnan cattle was extremely significantly correlated with body slanting length and body weight, and significantly correlated with chest circumference. There was no significant correlation between this locus and growth traits of Xianan cattle and Qinchuan cattle. The detected indel in the IGF1R gene was significantly associated with growth traits in Jinnan and Nanyang cattle, and could be used as a molecular marker for growth trait selection.
分类号:
- 相关文献
作者其他论文 更多>>
-
The impact of tea polyphenols on the oxidative stability in Antarctic krill meal during storage: phenomena, substances, and potential mechanism
作者:Yang, Liu;Zhang, Shuaishuai;Wang, Xin;Yang, Liu;Zheng, Yao;Zhang, Quantong;Zhang, Shuaishuai;Guo, Quanyou;Zhang, Quantong
关键词:Tea polyphenols; Addition methods; Lipid oxidation; Molecular docking; Antarctic krill (Euphausia superba)
-
A rapid and highly sensitive CRISPR assay utilizing Cas12a orthologs for the detection of Novel Duck Reovirus
作者:Wang, Yuan;Fu, Lanting;Li, Sheng;Tao, Dagang;Ruan, Jinxue;Xie, Shengsong;Wang, Yuan;Fu, Lanting;Li, Sheng;Tao, Dagang;Ruan, Jinxue;Xie, Shengsong;Wang, Cui;He, Daqian;Gong, Ping;Yang, Yu
关键词:NDRV; Cas12a orthologs; Gs12-16; Gs12-18; CRISPR-based diagnostics
-
Antibacterial mechanism of vitamin C against Staphylococcus aureus, reduction of toxicity of metabolites and its application in pasteurized milk
作者:Tian, Lei;Huang, Chunyang;Liu, Xing;Zhang, Yuxin;Zhang, Chunling;Wang, Xin;Zhou, Ting;Yu, Ying;Pan, Hu;Dai, Yanna;Pu, Jifeng;Fu, Chengyu;Zhang, Pengfei
关键词:Vitamin C; Staphylococcus aureus; Antibacterial mechanism; Pasteurized milk
-
Generalization analysis of adversarial pairwise learning
作者:Wen, Wen;Li, Han;Wu, Lingjuan;Chen, Hong;Li, Han;Chen, Hong;Chen, Hong;Chen, Hong;Wu, Rui
关键词:Adversarial pairwise learning; Perturbation attacks; Error analysis; Generalization bounds
-
Knockdown of tyrosine hydroxylase gene affects larval survival, pupation and adult eclosion in Plagiodera versicolora
作者:Liu, Xiaolong;Wang, Xin;Zhang, Qi;Lu, Min;Ze, Longji;Zhang, Hainan
关键词:cuticle tanning; mortality;
Plagiodera versicolora ; RNA interference; tyrosine hydroxylase -
Application of stable isotopes and mineral elements fingerprinting for beef traceability and authenticity in inner mongolia of China
作者:Bai, Yang;Wang, Xin;Ha, Liya;Dong, Xin;Guo, Jun;Zhao, Yan;Ao, Qier
关键词:Beef; Stable isotope; Mineral element; Traceability; Authenticity
-
Metabolomics combined with biochemical analyses revealed phenolic profiles and antioxidant properties of rapeseeds
作者:Zhang, Yao;Lv, Xin;Wang, Dan;Zheng, Chang;Chen, Hong;Wei, Fang;Zhang, Yao;Yuan, Yongjun;Wei, Fang
关键词:Rapeseed; Phenolic compounds; Untargeted metabolomics; Molecular networking; Antioxidant activities