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首页> 外文期刊>Der Pharma Chemica: journal for medicinal chemistry, pharmaceutical chemistry and computational chemistry >Single nucleotide mutations of intergenic and intragenic region in mitochondrial genome from different individuals from Papua-Indonesia
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Single nucleotide mutations of intergenic and intragenic region in mitochondrial genome from different individuals from Papua-Indonesia

机译:巴布亚-印度尼西亚不同人的线粒体基因组基因间和基因内区域的单核苷酸突变

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Studies and comparative analysis of DNA mutations t hat occur in the human mitochondrial genome in huma ns of Indonesia, the ethnic Papua and its comparison with several ethnic world has done. The purpose of this study to analyzed variants of the mutation in some areas on intragenic and coding region between genes in human mitochondrial genes and gene control regions using mitochondrial genome amplification techniques. Here , we reported the results of sequencing the human nucleo tide Papua, which was then compared against several individuals representing several ethnic groups in t he world. DNA samples isolated from several human t issues and then sequenced using an efficient two pairs of prim ers to amplify the mtG humans. mtG sequences are al igned and compared with rCRS using DNAstar program. Results o f analysis reveals the fact that there are mutation s outside the region HVS1 and HVS2 D-loop mtDNA ie in regions between genes. Regions between genes is the gene c oding region of the human mtG and exhibit a high mutation rate against rCRS. This opens up a new paradigm fo r the analysis of mutations in regions intragene, interge ne, and the coding regions of genes other than the D-loop mtG. Segment intragene gene located on the shorted area can be selected for studies in population genetics, forensic medicine and bioetnoantropology studies, in additio n to the area HVS1/ HVS2 D-loop that has been used. Studies in humans have to complete the data Papua mutation and polymorphism data GenBank/NCBI and other nucleotid e sequence data providers such as EMBL and DDBJ.
机译:研究和比较分析了印度尼西亚巴布亚种族的人类线粒体基因组中发生的DNA突变,并将其与多个种族进行了比较。这项研究的目的是使用线粒体基因组扩增技术分析人线粒体基因的基因内和编码区与基因控制区之间某些区域的突变变异。在这里,我们报告了人类核苷酸巴布亚测序的结果,然后将其与代表世界上几个种族的几个人进行了比较。从多个人类t期中分离出的DNA样品,然后使用高效的两对引物进行测序,以扩增mtG人类。 mtG序列被初始化,并使用DNAstar程序与rCRS进行比较。分析的结果揭示了以下事实:在HVS1和HVS2 D环mtDNA区域之外,即在基因之间的区域中存在突变。基因之间的区域是人mtG的基因编码区域,对rCRS的突变率很高。这为分析基因内,中间和D环mtG以外基因编码区的突变开辟了一个新的范式。除已使用的HVS1 / HVS2 D环区域外,还可以选择位于短缺区域的区段内基因基因进行人口遗传学,法医学和生物人类学研究。对人类的研究必须完成巴布亚突变和多态性数据GenBank / NCBI数据以及其他核苷酸序列数据提供者,例如EMBL和DDBJ。

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