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昆虫生活中的信息素

Pheromones in the life of insects.

作者信息

Lamprecht Ingolf, Schmolz Erik, Schricker Burkhard

机构信息

Institute for Biology, Free University of Berlin, Königin-Luise-Strasse 1-3, 14195, Berlin, Germany.

出版信息

Eur Biophys J. 2008 Sep;37(7):1253-60. doi: 10.1007/s00249-008-0263-6. Epub 2008 Jan 23.

Abstract

Life in insect societies asks for a permanent flow of information, often carried by rather simple organic molecules. Some originate from plants as odours of blossoms or exudates from trees. Especially important are the intra- and interspecific combinations of compounds produced by the insects themselves. These are called pheromones or ecto-hormones and serve a variety of tasks. The paper deals mainly with honeybee pheromones, but takes also into consideration those of wasps and hornets. Effects of pheromones are monitored ethologically by direct observation and filming as well as in a more quantitative manner with using direct and indirect calorimetry. In all experimental set-ups alarm pheromones were used as controls. They show an up to fourfold increase of activity after a few seconds, determined for small groups of insects as well as for a whole hornet nest placed in a 25-l calorimeter. A variety of cosmetics like soaps, shampoos, lotions and perfumes are included in the investigations because of repeated reports about unwarranted insect attacks which are said to be provoked by such products. None of the applied substances provoked a significant reaction of the bees (p > 0.05). A short appendix discusses the still questionable existence of pheromones in man, which were confirmed under laboratory conditions, but not yet for daily life.

摘要

昆虫群体中的生活需要信息持续流动,这些信息通常由相当简单的有机分子携带。有些信息源自植物,如花朵的气味或树木的分泌物。昆虫自身产生的化合物的种内和种间组合尤为重要。这些被称为信息素或外激素,承担着各种各样的任务。本文主要探讨蜜蜂的信息素,但也考虑了黄蜂和大黄蜂的信息素。信息素的作用通过行为学方法进行监测,包括直接观察和拍摄,以及使用直接和间接量热法进行更定量的监测。在所有实验装置中,报警信息素用作对照。对于放置在25升量热计中的一小群昆虫以及整个黄蜂巢,测定结果显示,几秒钟后其活动最多可增加四倍。由于不断有报道称,诸如肥皂、洗发水、乳液和香水等各类化妆品会引发无端的昆虫攻击,因此这些化妆品也被纳入了研究范围。但所使用的任何物质都未引发蜜蜂的显著反应(p>0.05)。一个简短的附录讨论了人类信息素的存在仍存在疑问的情况,信息素在实验室条件下得到了证实,但在日常生活中尚未得到证实。

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