Dutrillaux B
J Reprod Fertil Suppl. 1980;Suppl 28:105-11.
A study of all the chromosomal changes that have occurred during evolution of the great apes and man gives an indication of the phylogeny of these species. Their karyotypes differ from one another by a dozen chromosomal changes. The karyotype of their ancestor was very similar to that of living orangutans. Reconstruction of the sequence of the chromosomal changes indicates that, after the isolation of the orang-utan, a common ancestral population existed for the other species. Then, each branch leading to the living genera was independently isolated. The karyotype of the chimpanzee is an intermediary stage between that of man and the gorilla for some chromosomes. The human karyotype is less differentiated than that of the chimpanzee or the gorilla.
一项对大猩猩和人类进化过程中发生的所有染色体变化的研究揭示了这些物种的系统发育情况。它们的核型彼此之间存在十二处染色体变化的差异。它们祖先的核型与现存猩猩的核型非常相似。对染色体变化顺序的重建表明,在猩猩分离之后,其他物种存在一个共同的祖先种群。然后,通向现存属的每个分支都独立分离。在某些染色体上,黑猩猩的核型处于人类和大猩猩核型的中间阶段。人类的核型分化程度低于黑猩猩或大猩猩。