Application of Nutrigenomics for Enhancement of Body Growth in Ruminants

M. Mondal, M. Ghosh
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引用次数: 5

Abstract

the same diet may perform differently and it is due to differences in ability of nutrients to interact within the biological systems affecting molecular pathways resulting in differences in body weight gain, production or reproduction performances. For better understanding of the above processes, nutrigenomics and endocrinomics; two emerging fields that are of great help to discover the differential expression and function of genes occur with different diets, have come up. Nutrigenomics is dealt with the effects of each and every bioactive chemical in foods and supplements that alter gene expression in an animal. On the other hand, nutrients alter the hormonal inter milieu of the animal thereby ‘turn on’ or ‘turn off’ of a particular set of pathways affecting ‘switching on’ or switching off’ of a defined set of genes (Endocrinomics). Hence, there is always a crosstalk between nutrigenomics and endocrino-genomics. This paper highlights the importance of nutrigenomics and endocrinomics, and their interactions during the process of growth in domestic animals in general and bovine species in particular. Keywords: Endocrine genomics, transcriptome, microarray, nutritional genomics, diet-gene interaction Cite this Article Mondal M., Ghosh M.K. Application of nutrigenomics for enhancement of body growth in ruminants. Research & Reviews: Journal of Veterinary Science and Technology. 2016; 5(1): 1–6p.
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营养基因组学在促进反刍动物身体生长中的应用
同样的饮食可能表现不同,这是由于营养物质在影响分子途径的生物系统内相互作用的能力不同,从而导致体重增加、生产或繁殖性能的差异。为了更好地理解上述过程,营养基因组学和内分泌学;出现了两个新兴领域,它们对发现不同饮食中基因的差异表达和功能有很大帮助。营养基因组学研究的是食物和补充剂中每一种生物活性化学物质对动物基因表达的影响。另一方面,营养物质会改变动物体内的激素环境,从而“开启”或“关闭”一组特定的通路,影响一组特定基因的“开启”或“关闭”(内分泌学)。因此,营养基因组学和内分泌基因组学之间总是存在着一种串扰。本文强调了营养基因组学和内分泌组学的重要性,以及它们在家畜生长过程中的相互作用,特别是牛。关键词:内分泌基因组学,转录组,微阵列,营养基因组学,饮食-基因相互作用引用本文Mondal M, Ghosh M.K.营养基因组学在促进反刍动物身体生长中的应用。研究综述:Journal of Veterinary Science and Technology. 2016;5 (1): 1-6p。
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CiteScore
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审稿时长
30 weeks
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