Authors
Stephen D Ferris, Wesley M Brown, William S Davidson, Allan C Wilson
Publication date
1981/10
Journal
Proceedings of the National Academy of Sciences
Volume
78
Issue
10
Pages
6319-6323
Description
Ape species are 2-10 times more variable than the human species with respect to the nucleotide sequence of mtDNA, even though ape populations have been smaller than the human population for at least 10,000 years. This finding was made by comparing purified mtDNAs from 27 individuals with the aid of 25 restriction endonucleases; for an additional 59 individuals, comparisons were made with fewer enzymes by using the blot hybridization method. The amount of intraspecific sequence divergence was greatest between orangutans of Borneo and Sumatra. Among common chimpanzees, a large component of the variation is due to two highly distinct forms of mtDNA that may reflect a major geographic subdivision. The least amount of sequence variation occurred among lowland gorillas, which exhibit only twice as much sequence variation as humans. The large intraspecific differences among apes, together …
Total citations
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Scholar articles
SD Ferris, WM Brown, WS Davidson, AC Wilson - Proceedings of the National Academy of Sciences, 1981