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首页> 外文期刊>Advances in Life Science and Technology >CHARACTER OF CYTOCHROME OXIDASE 1 GENE (CO1) IN MITOCHONDRIAL DNA DAMSELFLY Agriocnemis femina FROM LINOW LAKE, TONDANO LAKE AND MOAT LAKE AT NORTH SULAWESI
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CHARACTER OF CYTOCHROME OXIDASE 1 GENE (CO1) IN MITOCHONDRIAL DNA DAMSELFLY Agriocnemis femina FROM LINOW LAKE, TONDANO LAKE AND MOAT LAKE AT NORTH SULAWESI

机译:北苏拉威西地区湖,TONDANO湖和护城河线粒体DNA害虫中的线粒体DNA害虫中的细胞色素氧化酶1基因(CO1)的特征

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摘要

This study aims to find the character gene cytochrome oxidase subunit 1 (CO1), mitochondrial DNA damselfly ( Agriocnemis femina ) derived from Tondano Lake, Linow Lake and Lake Moat. The research was conducted in several stages, sampling, extraction and purification of total DNA, CO1 gene amplification and sequencing. Sequencing results were analyzed using Geneous Software 5.6.4. Further alignment analysis using NCBI BLAST (www.ncbi.nih.gov). Although the sample morphology Damselfly used for DNA analysis showed differences in the characteristics of phenotypically plastic. CO1 gene sequencing results of the six samples show the sequence of nitrogenous bases Damsefly have identical percentage (similarity), 99 percent or it can be said based gene CO1, six samples are the same species. Similarity 6 Damsefly samples from three different ecosystems that Tondano Lake, Lake and Lake Moat Linow average above 99% with Agriocnemis femina. Some differences morphological characters of each sample from a different lake ecosystems is not sufficient to give effect to CO1 gene mutations in mitochondrial DNA or gene conservation CO1 at Demselfly that live in three lake ecosystems is very high.
机译:本研究的目的是寻找来自通达诺湖,利诺湖和护城河的特征基因细胞色素氧化酶亚基1(CO1),线粒体DNA豆娘(Agriocnemis femina)。该研究分几个阶段进行,总DNA的采样,提取和纯化,CO1基因的扩增和测序。使用Geneous Software 5.6.4分析测序结果。使用NCBI BLAST(www.ncbi.nih.gov)进行进一步的比对分析。尽管用于DNA分析的达姆本人的样品形态显示出表型可塑性的特征有所不同。六个样品的CO1基因测序结果表明,Damsefly含氮碱基的序列具有相同的百分比(相似性),为99%,或者可以说基于CO1的基因,六个样品是同一物种。相似度6来自三个不同生态系统的Damsefly样本表明,Tondano湖,Lake湖和Moat Linow湖与Agriocnemis的女性平均值均超过99%。来自不同湖泊生态系统的每个样品的某些形态学特征差异不足以影响生活在三个湖泊生态系统中的线粒体DNA中的CO1基因突变或Demselfly的基因保存CO1。

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