Bowcock A M, Bucci C, Hebert J M, Kidd J R, Kidd K K, Friedlaender J S, Cavalli-Sforza L L
Department of Genetics, Stanford University, CA 94305.
Gene Geogr. 1987 Apr;1(1):47-64.
Forty seven DNA markers from 30 genes or chromosomal regions were investigated in five populations (Biaka and Mbuti Pygmies, Melanesians, Chinese and Caucasoids). Both the variation between populations (measured by FST) and between markers is highly significant. The average heterozygosity for all markers is .284 and the average FST is .145. There was no significant difference in the FST values, or in the average heterozygosity between known genes and random segments. The FST distance between all populations considered in pairs, and averaged over all loci favours a primary split between Eurasia and Africa, but this conclusion is neither statistically significant nor uncomplicated. Condensing the 47 markers into 30 "genes" where 10 were treated as haplotypes, it was found that the haplotypes always give higher FST's than the separate markers, although similar conclusions can be drawn.
在五个群体(俾格米人比亚卡族和姆布蒂族、美拉尼西亚人、中国人和高加索人)中研究了来自30个基因或染色体区域的47个DNA标记。群体间(通过FST测量)和标记间的变异都非常显著。所有标记的平均杂合度为0.284,平均FST为0.145。已知基因与随机片段之间的FST值或平均杂合度没有显著差异。成对考虑的所有群体之间的FST距离,并在所有基因座上进行平均,支持欧亚大陆和非洲之间的一次主要分化,但这一结论既无统计学意义也不简单。将47个标记浓缩为30个“基因”,其中10个被视为单倍型,发现单倍型的FST总是高于单独的标记,尽管可以得出类似的结论。