首页> 美国卫生研究院文献>Animals : an Open Access Journal from MDPI >Dietary Betaine Improves Intestinal Barrier Function and Ameliorates the Impact of Heat Stress in Multiple Vital Organs as Measured by Evans Blue Dye in Broiler Chickens
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Dietary Betaine Improves Intestinal Barrier Function and Ameliorates the Impact of Heat Stress in Multiple Vital Organs as Measured by Evans Blue Dye in Broiler Chickens

机译:饲料中的甜菜碱可改善肠道屏障功能并改善伊万斯蓝染料对肉鸡的热应激对多个重要器官的影响。

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摘要

Heat stress alters the normal physiological status, compromising the function of organs such as the small intestine. However, evidence exists of a wider distribution of organ dysfunction, stemming from factors such as a reduction in blood flow due to redistribution to the skin for increased radiant heat loss to the environment. Simultaneously, assessing organ dysfunction at multiple locations presents technical difficulties, and hence studies are lacking. Therefore, the aim of this experiment was to determine the pattern of Evans Blue Dye distribution as a cost-effective indicator of organ dysfunction in HS chickens supplemented with betaine. The results showed that Evans Blue Dye concentration increased in the kidney and muscle during heat stress, while such concentration was reduced with betaine. Therefore, betaine could improve the broiler’s tolerance to heat stress, and Evans Blue Dye may be a useful tool for investigating the effects of heat stress on broiler organ dysfunction.
机译:热应激会改变正常的生理状态,从而损害小肠等器官的功能。但是,有证据表明器官功能障碍的分布范围更广,这是由于诸如由于重新分配给皮肤而导致向环境的辐射热损失增加而导致的血流减少等因素引起的。同时,评估多个部位的器官功能障碍存在技术困难,因此缺乏研究。因此,本实验的目的是确定补充甜菜碱的HS鸡中Evans Blue Dye分布的模式,作为器官功能障碍的经济有效指标。结果表明,在热应激期间,肾脏和肌肉中伊文思蓝染料的浓度增加,而甜菜碱则降低了该浓度。因此,甜菜碱可以提高肉鸡对热应激的耐受性,埃文斯蓝染料可能是研究热应激对肉鸡器官功能障碍的有用工具。

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