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Achieving better hatch and post-hatch performance

机译:实现更好的孵化和孵化后性能

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摘要

Hatchability, chick quality and post-hatch performance improve substantially when bio-response parameters are actively controlled during incubation, writes ROGER B AN WELL. The AirStreamer concept, developed by Petersime, continually monitors an embryo's behaviour and adapts the incubation environment to its specific needs. We have put considerable effort into researching optimum incubation profiles. Some of the most striking results are presented in this article. During incubation, a chick embryo has no self-control mechanisms. So, the environment should adapt to the requirements of the embryo, and not vice versa. Since each batch of hatching eggs is unique, it requires a unique incubation environment. Traditional single-stage incubation systems use averaged incubation parameters, ignoring differences in egg age or size, flock age, shell porosity, genetics, and other important variables.
机译:ROGER B AN WELL写道,在孵化过程中主动控制生物响应参数时,孵化率,雏鸡质量和孵化后性能会大大提高。由彼得西姆(Petersime)开发的AirStreamer概念不断监测胚胎的行为,并使其孵化环境适应其特定需求。我们已投入大量精力研究最佳的孵育曲线。本文介绍了一些最惊人的结果。在孵育过程中,鸡胚没有自我控制机制。因此,环境应适应胚胎的要求,反之亦然。由于每批孵化卵都是独特的,因此需要独特的孵化环境。传统的单阶段孵化系统使用平均孵化参数,而忽略了蛋龄或大小,鸡群年龄,蛋壳孔隙率,遗传学和其他重要变量的差异。

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    《Asian Poultry Magazine》 |2007年第3期|共2页
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  • 正文语种 eng
  • 中图分类 家禽;
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