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通过调整孵化器湿度以匹配蛋壳传导率来提高火鸡雏禽质量。

Improving turkey poult quality by correcting incubator humidity to match eggshell conductance.

作者信息

Meir M, Ar A

出版信息

Br Poult Sci. 1987 Jun;28(2):337-42. doi: 10.1080/00071668708416966.

Abstract

One of the most important factors determining hatchability of avian eggs is their proper water budget during incubation. We show here that water budget changes of turkey eggs effect not only hatchability but also poult quality. In addition to an increase in hatchability of 3.3%, poult quality was increased by 7.3%. This was achieved by sorting eggs into low (less than 18.5), medium (18.5 to 22.0) and high (greater than 22.0) eggshell mass-specific water vapour, conductance categories and incubating them in matching incubation humidities of 21.8, 26.6 and 31.4 Torr, corresponding to relative humidities of 45, 55 and 65% at 37.5 degrees C, respectively. A total diffusive water loss of 11.5% (range 10 to 14%) of the initial egg mass in 25 d of incubation yielded maximal hatchability and poult quality.

摘要

决定禽蛋孵化率的最重要因素之一是孵化期间适当的水分平衡。我们在此表明,火鸡蛋的水分平衡变化不仅影响孵化率,还影响雏禽质量。除了孵化率提高3.3%外,雏禽质量提高了7.3%。这是通过将鸡蛋按蛋壳单位质量水蒸气传导率分为低(小于18.5)、中(18.5至22.0)和高(大于22.0)三类,并在21.8、26.6和31.4托的匹配孵化湿度下孵化来实现的,分别对应于37.5摄氏度时45%、55%和65%的相对湿度。在25天的孵化期内,初始蛋质量的总扩散水分损失为11.5%(范围为10%至14%)时,孵化率和雏禽质量达到最大值。

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