Pankiw Tanya
Department of Entomology, Texas A&M University, College Station, TX 77843-2475, USA.
Naturwissenschaften. 2004 Apr;91(4):178-81. doi: 10.1007/s00114-004-0506-z. Epub 2004 Feb 27.
The evolution of sociality has configured communication chemicals, called primer pheromones, which play key roles in regulating the organization of social life. Primer pheromones exert relatively slow effects that fundamentally alter developmental, physiological, and neural systems. Here, I demonstrate how substances extracted from the surface of foraging and young pre-foraging worker bees regulated age at onset of foraging, a developmental process. Hexane-extractable compounds washed from foraging workers increased foraging age compared with controls, whereas extracts of young pre-foraging workers decreased foraging age. This represents the first known direct demonstration of primer pheromone activity derived from adult worker bees.
社会性的进化塑造了一类被称为引发型信息素的通讯化学物质,它们在调节社会生活的组织中发挥着关键作用。引发型信息素产生的影响相对缓慢,会从根本上改变发育、生理和神经系统。在此,我展示了从觅食工蜂和未开始觅食的幼龄工蜂体表提取的物质是如何调节觅食开始的年龄这一发育过程的。与对照组相比,从觅食工蜂身上洗脱出的可被己烷提取的化合物使觅食年龄增加,而未开始觅食的幼龄工蜂的提取物则降低了觅食年龄。这是已知的首个直接证明成年工蜂产生引发型信息素活性的实例。