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圈养野生哺乳动物、鸟类和爬行动物维持生存及生长所需的能量。

Energy requirements for maintenance and growth of wild mammals, birds and reptiles in captivity.

作者信息

Kirkwood J K

机构信息

Department of Veterinary Science, Zoological Society of London, Regent's Park, United Kingdom.

出版信息

J Nutr. 1991 Nov;121(11 Suppl):S29-34. doi: 10.1093/jn/121.suppl_11.S29.

Abstract

A wide range of wild animals are maintained in captivity as pets and an increasing number are likely to become dependent on captive breeding for conservation. Generally, these animals are fed ad libitum and a knowledge of their energy requirements is not essential. However, estimates of energy requirements are helpful in several situations: treating obesity, providing nutritional support to anorexic animals and feeding neonates. Data on basal metabolic rates (BMR) are available for approximately 5% of avian and 17% of mammalian species, and the maintenance requirement can be estimated at twice BMR. Estimates for other species can be based on allometric equations relating energy expenditure to body weight in the species that have been studied. Although between species time taken to grow increases with adult mass, wide variation remains after the effect of adult mass is considered. A model is developed which illustrates the impact of variation in time taken to grow on daily growth rate (per metabolic mass) at all stages of maturity. This model may assist in estimating the lower limit to energy requirements during growth.

摘要

大量野生动物被圈养作为宠物,而且越来越多的野生动物可能会依赖圈养繁殖来进行保护。一般来说,这些动物可以自由采食,所以了解它们的能量需求并非至关重要。然而,能量需求的估算在以下几种情况下会有所帮助:治疗肥胖症、为厌食动物提供营养支持以及喂养新生动物。大约5%的鸟类和17%的哺乳动物物种有基础代谢率(BMR)的数据,维持需求可估计为基础代谢率的两倍。对于其他物种的估算可以基于已研究物种中能量消耗与体重相关的异速生长方程。尽管不同物种的生长时间会随着成年体重的增加而延长,但在考虑成年体重的影响后,仍存在很大差异。开发了一个模型,该模型说明了生长时间的变化对成熟各阶段每日生长率(每代谢质量)的影响。这个模型可能有助于估算生长期间能量需求的下限。

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