首页> 外文期刊>Archives of Insect Biochemistry and Physiology >Expression and localization of the Spodoptera frugiperda allatotropin (Spofr-AT) and allatostatin (Spofr-AS) genes
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Expression and localization of the Spodoptera frugiperda allatotropin (Spofr-AT) and allatostatin (Spofr-AS) genes

机译:草地贪夜蛾Allatotropin(Spofr-AT)和Allatostatin(Spofr-AS)基因的表达和定位

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摘要

Monduca, sexta allatotropin and allatostatin were the first corpora allata (CA) regulating neuropeptides identified from Lepidoptera. Recently, we cloned the allatotropin (Spofr-AT) and the allatostatin (Spofr-AS) genes from the fall armyworm Spodoptera frugipeida. Using one-step RT-PCR for semi-quantification of the gene expression, we now demonstrate that three mRNA isoforms of the Spofr-AT gene and the Spofr-AS gene are expressed in brain, digestive tract, and reproductive organs of larvae, pupae, and adults in a time- and tissue-specific manner. Expression rates in the brain and in various parts of the digestive tract prove the dual role of the peptides as brain/gut (neuro)peptides. The functional meaning of ovarian and testes expression of the genes is not yet clear, although myoregulatory properties of the peptides are probable. The tissue-specific localization of the prohormone expression, as demonstrated by whole mount in situ hybridization, confirms the overall distribution of the prohormones as shown by RT-PCR and supports the pleiotropic functions of the peptides
机译:Monduca,sexta allatotropin和allatostatin是第一个调节从鳞翅目中鉴定到的神经肽的体集(CA)。最近,我们从秋天粘虫斜纹夜蛾(Spodoptera frugipeida)克隆了Allatotropin(Spofr-AT)和allatostatin(Spofr-AS)基因。使用一步式RT-PCR对基因表达进行半定量,我们现在证明Spofr-AT基因和Spofr-AS基因的三种mRNA亚型在幼虫,p的大脑,消化道和生殖器官中表达,以及成年人的特定时间和组织方式。在大脑和消化道各个部位的表达率证明了该肽作为脑/肠(神经)肽的双重作用。尽管该肽的肌调节特性是可能的,但是该基因的卵巢和睾丸表达的功能含义尚不清楚。如完整安装的原位杂交所证实,激素原表达的组织特异性定位证实了激素原的总体分布,如RT-PCR所示,并支持了肽的多效性功能

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