肉鸡腹水:更新

T. Ezzulddin
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引用次数: 0

摘要

近年来,由于鸡具有快速生长的遗传潜力,密集的选择导致了鸡代谢性疾病的发展,包括腹水。许多因素相互作用导致腹水,包括管理实践、环境条件和基因构成。在现代肉鸡工业中,腹水综合征(AS),也称为肺动脉高压综合征(PHS),被认为是发病和死亡的主要原因。目前的肉鸡生产线具有更快的代谢过程,这需要更多的氧气,特别是当它们被喂食高营养密度的饮食或被饲养在寒冷的环境中时。由于它们的心肺系统不发达,肉鸡无法获得足够的氧气来满足它们的需求,并患有低氧血症,进而导致肺动脉高压综合征。除了在饲料中添加抗氧化剂外,还概述了一系列管理措施,如控制饲养方案和有限的光照时间,以降低肉鸡腹水的发生率。此外,除了硒之外,摄入更高水平的膳食维生素,如C和E,被认为有助于降低腹水的发生率。低温环境遮蔽条件的改善似乎降低了PHS的流行率。分子遗传学用于诊断和选择易感肉鸡的祖父母,正被用于消除相关基因。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ascites in Broiler: Updates
In recent years, intensive selection has resulted in the development of metabolic diseases, including ascites, in chickens as a consequence of their genetic potential to grow rapidly. Many factors interact to cause ascites, including management practices, environmental conditions, and genetic makeup. In the modern broiler industry, ascites syndrome (AS), also called pulmonary hypertension syndrome (PHS), is regarded as the main reason for morbidity and mortality. Current meat chicken lines have a faster metabolic process, which requires a greater amount of oxygen, particularly when they are fed high nutrient density diets or when they are kept in cold environments, Due to their underdeveloped cardiorespiratory systems, broilers cannot get enough oxygen to meet their requirements and suffer from hypoxemia, which in turn leads to pulmonary hypertension syndrome. A wide range of management practices as controlled feeding protocols, and limited lighting periods, besides adding antioxidants to feed, are outlined for reducing ascites incidence in broiler chickens. Also, the use of higher levels of dietary vitamins such as C and E, besides selenium, is believed to help lower the incidence of ascites. The improvement of low-temperature environmental shelter conditions appears to reduce the prevalence of PHS. Molecular genetics employed to diagnose and select against susceptible broilers' grandparents is being employed to eliminate involved genes.
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CiteScore
1.10
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44
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