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Cloning and expression of PKG, a candidate foraging regalating gene in Vespula vulgaris

机译:寻常小菜蛾觅食重新形成基因PKG的克隆与表达

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摘要

In honey bees, enhancement of cGMP-dependent protein kinase (PKG) expression accompanies a behavioural transition from in-hive working nursing bees towards outdoors foraging worker bees. Accordingly this gene was named amfor or Apis mellifera foraging gene. In the red harvester ant Pogono-myrmex barbatus a gene homologue affected food seeking behaviour as well, but in this species PKG expression decreased from the onset of foraging behaviour. Since the wasp Vespula vulgaris is phylogenetically positioned between ants and bees, in this paper we tried to elucidate whether the involvement of PKG in foraging behaviour can be extended to this species and if so, whether its expression is enhanced or decreased by the transition from nursing to foraging. To enable this candidate gene approach, we first had to clone the PKG homologue from the common wasp. QPCR indicated a relevantly higher expression of Vvfor in nursing versus foraging wasps although interpretation of the results was hampered by a remarkable degree of variation as could be predicted from wasps captured in the wild as a source for mRNA extraction and quantification. (C) Koninklijke Brill NV, Leiden, 2008.
机译:在蜜蜂中,cGMP依赖性蛋白激酶(PKG)表达的增强伴随着从蜂巢工作的养蜂到户外觅食工蜂的行为转变。因此,该基因被命名为amfor或Apis mellifera觅食基因。在红色收割蚁Pogono-myrmex barbatus中,一个基因同源物也影响觅食行为,但是在该物种中,PKG的表达从觅食行为开始就降低了。由于胡蜂黄蜂在系统发育上位于蚂蚁和蜜蜂之间,因此在本文中,我们试图阐明是否PKG参与觅食行为可以扩展到该物种,如果可以,从哺乳过渡到其表达是否增强或降低觅食。为了启用这种候选基因方法,我们首先必须从普通黄蜂中克隆PKG同源物。 QPCR表明,在哺乳期与觅食黄蜂中,Vvfor的表达较高,尽管对结果的解释受到显着程度的变异的阻碍,这可以从在野外捕获的黄蜂作为mRNA提取和定量的来源来预测。 (C)Koninklijke Brill NV,莱顿,2008年。

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