灵长类动物生态学中激素分析研究进展

K. Kinoshita
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摘要

动物通过大脑与外界环境(如社会环境、栖息地环境)相联系,激素作为其传递物质起着重要作用。换句话说,当外部环境发生变化时,会分泌激素来调节内部环境。因此,激素分析是研究人员了解动物在各种环境下的生理状态的有用工具。由于激素浓度的测量成本相对较低,不需要先进的技术,因此应用于广泛的研究领域。例如,行为与激素的关系,如发情期和发情期行为、幼畜饲养、攻击行为、种内/种间交流以及对栖息地环境变化的反应等。最近,非侵入性样本经常用于圈养动物和野生动物的激素分析(例如,尿液,粪便和毛发)。但以粪便为样本时,应注意激素的排泄途径和排泄时间存在物种特异性。此外,根据激素的不同,有必要根据激素浓度的变化彻底检查采样频率。正如Beach(1948)所总结的那样,没有一种行为只依赖于一种激素,相反,也没有一种激素只具有一种生理功能。不是一种而是多种机制参与了荷尔蒙对行为的控制。因此,关注多种激素,多角度评价结果,也是准确捕捉其无形生理状态的重要关键。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Review of Hormone Analysis on Primate Ecology
The animal is connected to the external environment (e.g., social environment, habitat environment) via their brain, and the hormone plays an important role as its transmitter substance. In other words, when the external environment changes, hormones are secreted to adjust the internal environment in response. Therefore, hormone analysis is a useful tool that enables researchers to know animal's physiological state under various environments. Since the measurement of hormone concentration can be carried out at a relatively low cost and does not require advanced technique, it is applied to a wide research field. For example, many relations between behaviors and hormones were clarified, such as behaviors in estrus and rut, infant rearing, attacking behaviors, intra/inter-species communications, and response to the change of habitat environment. Recently noninvasive samples are often used for the hormone analysis in both captive and wild animals (e.g., urine, feces, and hair). However, when excrement is used as a sample, it should be noted that there is a species specificity in the excretion route of hormones and the time taken for excretion. Also, depending on hormones, it is necessary to thoroughly examine the sampling frequency according to the change of hormonal concentration. As Beach (1948) summarized, no behavior depends only on one type of hormone, and conversely, no hormone has only one kind of physiological function. Not one but multiple mechanisms are involved in the hormonal control of behavior. Therefore, focusing on multiple hormones and evaluating results from various aspects are also important keys to capturing their invisible physiological state accurately.
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