Characterisation of Goats’ Response to Heat Stress: Tools to Improve Heat Tolerance

J. Serradilla, M. Carabaño, M. Ramón, Antonio Molina, C. Díaz, A. Menéndez-Buxadera
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引用次数: 15

Abstract

This chapter aims to review present knowledge about the effects of heat stress on goats, summarising what is known about its measurement, its impact on the performances of the animals, mainly milk traits, the physiological and genetic bases of the animals’ response and the improvement of resilience through selection. A short historic review of the climatic indexes used to measure heat stress, with special emphasis on the tempera - ture humidity indexes, and the main consequences on milk yield and composition are followed by a description of the results of experiments carried out to study the physio - logical and metabolic consequences of heat stress. The results of the quantitative analyses of the genetic bases of heat stress using norm of reaction models and of the application of omic techniques, particularly transcriptomic and genomic, to understand the complex ity of the genetic background of animal’s reaction to thermal stress, constitute the next points. The chapter ends treating the possible ways and difficulties of applying selection to increase resilience to heat stress.
山羊对热应激反应的特征:提高耐热性的工具
本章旨在回顾目前关于热应激对山羊影响的知识,总结已知的热应激测量方法,热应激对动物生产性能的影响,主要是奶性状,动物反应的生理和遗传基础,以及通过选择提高恢复力。简要回顾了用于测量热应激的气候指标的历史,特别强调了温度湿度指标,以及热应激对牛奶产量和成分的主要影响,然后描述了研究热应激的生理和代谢后果的实验结果。利用反应模型规范和组学技术,特别是转录组学和基因组学的应用,对热应激的遗传基础进行定量分析的结果,以了解动物对热应激反应的遗传背景的复杂性,构成了下一个要点。本章最后处理了应用选择来增加对热应力的恢复能力的可能方法和困难。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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