首页> 外文会议>2011 IEEE 7th International Colloquium on Signal Processing and its Applications >Genetic variation of Mahseer Tor spp. in Pahang National Park using cytochrome b mtDNA gene based on phylogenetic analysis - a research framework
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Genetic variation of Mahseer Tor spp. in Pahang National Park using cytochrome b mtDNA gene based on phylogenetic analysis - a research framework

机译:Mahseer Tor spp的遗传变异。系统发育分析的细胞色素b mtDNA基因在彭亨国家公园的研究框架

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Mahseer being the most important freshwater fish that contributes to the major fisheries activity of the rivers in the world. In Malaysia, Mahseer is an important indigenous freshwater fish because of their market value. However, the number of this freshwater fish declining from day to day due to the human activity and environment destruction. In this study, mitochondrial DNA (mtDNA) which is cytochrome b gene was used to examine the genetic variation between four populations of Mahseer Tor spp. In total, forty-four individuals Mahseer were sampled from kelah sanctuary (n=22), Keniam River (n=1), Sat River (n=7) and Sepia River (n= 14) at Pahang National Park. Neighbor-joining as well as maximum-parsimony methods were used to analyze the phylogenetic relationships between Mahseer tor spp. The continuation of study based on the findings should be taken in order to start proper management as well as conservation of this valuable fish.
机译:Mahseer是最重要的淡水鱼,对世界河流的主要渔业活动做出了贡献。在马来西亚,由于马希瑟(Mahseer)的市场价值,它是重要的本地淡水鱼。但是,由于人类活动和环境破坏,这种淡水鱼的数量每天都在减少。在这项研究中,线粒体DNA(mtDNA)是细胞色素b基因,用于检查Mahseer Tor spp四个种群之间的遗传变异。在彭亨国家公园,从基拉保护区(n = 22),基尼亚姆河(n = 1),萨特河(n = 7)和棕褐色河(n = 14)中总共采样了44个人。运用邻接法和最大简约法分析了马氏er之间的亲缘关系。为了使这种珍贵的鱼类得到适当的管理和保护,应继续根据研究结果进行研究。

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