The Journal of Experimental Medicine · 1925 · 286 citations · 1 references
Life SciencesBiologyZoologyBiological AnthropologyComparative ImmunologyMammalogyMammalian EvolutionMammalian SystematicsPrimate EvolutionPrimate PhylogeneticsPrimate SystematicsPrimate Taxonomy
The study discusses how these findings inform understanding of human blood groups. Serological examination of blood from twenty‑one anthropoid apes was performed. The study found that anthropoid ape blood could be classified into the four human blood groups, with isoagglutinogens identical to humans, whereas lower monkeys lacked these factors, and chimpanzees expressed only isoagglutinin A while orangutans expressed both A and B.
The bloods of twenty-one anthropoid apes have been examined serologically. It was found possible to assign each to one of the four human blood groups. The isoagglutinogens of the anthropoids were found to be identical with those of human blood. These very same factors could not be demonstrated in the blood of the lower monkeys. In the blood of the fourteen chimpanzees examined only the isoagglutinogen A has been found, whereas both A and B were present in the blood of the six orangs. The significance of these findings for the knowledge of the human blood groups is discussed.
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SEROLOGICAL STUDIES ON THE BLOOD OF THE PRIMATES
Karl Landsteiner, Clare Miller · The Journal of Experimental Medicine · 1925 · 75 citations · Full text
Life Sciences, Biology, Zoology +9