Arechavaleta-Velasco Miguel E, Hunt Greg J, Emore Christine
Department of Entomology, Purdue University, West Lafayette, Indiana 47904, USA.
Behav Genet. 2003 May;33(3):357-64. doi: 10.1023/a:1023458827643.
This study was conducted to test for the effect of three stinging behaviors QTLs (sting-1, sting-2 and sting-3) on the expression of guarding and stinging behavior of individual honey bees, and to determine if results of defensive behavior QTLs found in studies with Africanized honey bees could be extended to other populations of bees. Samples of guards, stingers, foragers and nurse bees were taken from two backcross colonies derived from a defensive colony and a gentle colony. The genotype of each bee for both types of colonies was determined for two sequence tagged site (STS) markers linked to sting-1 and for another two STSs, one linked to sting-2 and one linked to sting-3. Results showed that sting-1 had an effect on the expression of both stinging and guarding behaviors, sting-2 and sting-3 influenced the expression of guarding behavior. These results indicate that division of labor is influenced by specific QTLs. Results also show that QTLs mapped in a population of Africanized honey bees using colony level phenotypes also influenced the expression of guarding and stinging behavior of individual bees of other populations.
本研究旨在测试三个蜇刺行为数量性状基因座(sting-1、sting-2和sting-3)对单个蜜蜂警戒和蜇刺行为表达的影响,并确定在非洲化蜜蜂研究中发现的防御行为数量性状基因座的结果是否可以推广到其他蜜蜂种群。从一个防御性蜂群和一个温顺蜂群衍生的两个回交蜂群中采集了守卫蜂、蜇刺蜂、觅食蜂和哺育蜂样本。针对与sting-1连锁的两个序列标签位点(STS)标记以及另外两个STS(一个与sting-2连锁,一个与sting-3连锁),确定了两种蜂群中每只蜜蜂的基因型。结果表明,sting-1对蜇刺和警戒行为的表达均有影响,sting-2和sting-3影响警戒行为的表达。这些结果表明,分工受特定数量性状基因座的影响。结果还表明,利用蜂群水平表型在非洲化蜜蜂种群中定位的数量性状基因座也影响其他种群单个蜜蜂的警戒和蜇刺行为表达。