3.气味信号

M. Cobb
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引用次数: 0

摘要

“嗅觉信号”研究的是信息素——一种动物释放的化学物质,能引起同类的特定反应。信息素交流最明显的例子来自昆虫,包括蜜蜂、飞蛾和果蝇。科学家们发现,在脊椎动物身上识别信息素更加困难。动物之间存在着化学通讯,老鼠、山羊和兔子身上都有信息素信号。为了使信息素进化发生,刺激和受体必须同时发生变化。信息素通常不是蛋白质,因此不直接受基因影响。虽然人类很快就接受了他们有信息素的想法,但没有决定性的证据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
3. Smell signals
‘Smell signals’ looks at pheromones—chemical substances released by animals that cause a specific reaction in another of their species. The clearest examples of pheromonal communication come from insects, including bees, moths, and fruit flies. Scientists have found it harder to identify pheromones in vertebrates. There is chemical communication between animals, and examples of pheromonal signalling in mice, goats, and rabbits. For pheromone evolution to occur, both stimulus and receptor must change simultaneously. Pheromones are generally not proteins, so are not directly affected by genes. While humans are quick to accept the idea that they have pheromones, there is no decisive evidence.
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