北方邦勒克瑙地区四个印度教瓦尔纳的遗传多样性和距离

V. Bajpai, U. Singh
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引用次数: 0

摘要

印度人口以其基因和文化多样性而闻名。印度次大陆的人们被划分为大量的内婚群体,这些群体由不同的种姓、语言和宗教组成,在规模、交配模式和适应策略上各不相同。本工作是利用ABO、Rh血型、ABH分泌、PTC味觉能力、红绿色盲等遗传标记,对4个印度教瓦尔纳人之间存在的遗传距离和基因多样性进行追踪的一项小尝试。ABO血型的混合杂合性最高,为0.6389,色盲最低,为0.0532。票面标记的DST和GST值的平均值分别为0.00053和0.0028。在此背景下,Nei的基因多样性测量结果表明种群内基因多样性(Hs)高于种群间基因多样性(DST)。Nei的遗传距离矩阵(D)表明婆罗门、婆娑利亚和毗瑟亚之间的关系比较近,而Sanghvi的总体遗传距离(G2)表明婆罗门和毗瑟亚之间的亲缘关系较高,婆娑利亚和首陀罗之间的差异最大。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Genetic Diversity and Distance among Four Hindu Varnas of Lucknow District, U.P.
Indian population is well known for its genetic and cultural diversity. The people of Indian subcontinent are divided into a large number of endogamous groups consisting of different castes, language and religions, varying in size, mating pattern and adaptive strategies. The present work is a small effort for tracing the genetic distance and gene diversity existing among four Varnas of Hindu Religion with the help of some genetic markers like ABO, Rh blood groups, ABH secretion, Tasting ability of PTC and Red green Colourblindness. Pooled heterozygosity is highest for ABO blood group being 0.6389 and lowest for colourblindness, 0.0532. The average of the DST and GST values for the par markers are 0.00053 and 0.0028 respectively. In the context Nei's measures of gene diversity indicates the highest value of intra population gene diversity (Hs) than inter population gene diversity (DST). Nei's genetic distance matrix (D) reveals that Brahmin, Kshatriya and Vaishya stands close to each other while overall genetic distance of Sanghvi (G2) indicates higher affinity between Brahmin and Vaishya and highest difference between Kshatriya and Shudras.
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