Abstract:In a previous study on homologues of the human Rh-Hr types in apes, weak agglutination of orangutan red cells by human anti-Rho and anti-hr’ sera was observed. Lack of adequate amounts of orangutan red cells needed for absorption experiments did not allow to ascertain whether the weak reactions were due to variants of the Rho and hr’ factors on orangutan red cells or to anti-species (species-specific) agglutinins against orangutan red cells in the human typing sera. The present experiment… Show more
“…It is noteworthy that similar, seemingly contradictory conclusions result from comparison of the blood groups of two species of apes: chimpanzee and gorilla. While simian‐type blood groups of gorillas (as defined by cross‐reactive chimpanzee isoimmune antisera) seemed to be similar to those of chimpanzees [10], their human‐type blood groups were found to be quite different. Chimpanzees fall into two groups, A or O, depending on the type of reaction of their red cells with human anti‐A and anti‐B sera, and anti‐H lectin.…”
Distribution of the human-type and of the simian-type blood groups in
rhesus, crab-eating, bonnet, pig-tailed and stump-tailed macaques revealed significant
similarities and differences among these species. Human-type A-B-O blood groups cut
across taxonomic lines and seem of less value for taxonomic purposes than the simiantype
blood groups detected by cross-reacting isoimmune rhesus monkey sera.
“…It is noteworthy that similar, seemingly contradictory conclusions result from comparison of the blood groups of two species of apes: chimpanzee and gorilla. While simian‐type blood groups of gorillas (as defined by cross‐reactive chimpanzee isoimmune antisera) seemed to be similar to those of chimpanzees [10], their human‐type blood groups were found to be quite different. Chimpanzees fall into two groups, A or O, depending on the type of reaction of their red cells with human anti‐A and anti‐B sera, and anti‐H lectin.…”
Distribution of the human-type and of the simian-type blood groups in
rhesus, crab-eating, bonnet, pig-tailed and stump-tailed macaques revealed significant
similarities and differences among these species. Human-type A-B-O blood groups cut
across taxonomic lines and seem of less value for taxonomic purposes than the simiantype
blood groups detected by cross-reacting isoimmune rhesus monkey sera.
“…Thus, all rhesus monkeys tested by us have belonged to group B while crab‐eating macaques also have groups A and AB and rarely even group O, yet the red cells of these two species of macaques are hardly distinguishable as far as their simian‐type antigens are concerned. A parallel situation exists in the case of two anthropoid ape species, chimpanzees and gorillas [7]. In this case, the gorillas are all of one and the same human‐type blood group B, while chimpanzees are polymorphic and have the two blood groups A and O.…”
Section: Discussionmentioning
confidence: 99%
“…One of the most notable examples among numerous studies was the determination in gorillas of polymorphism for the chimpanzee simian-type blood group system C-E-F- [7].…”
Section: Introductionmentioning
confidence: 99%
“…Beginning with our early work, we have continued to use reagents prepared in one primate species for testing other species for their serum protein specificities [2] as well as blood groups. One of the most notable examples among numerous studies was the determination in gorillas of polymorphism for the chimpanzee simian‐type blood group system C‐E‐F‐ [7].…”
Twenty-one isoimmune sera produced in rhesus monkey (Macaca mulatta)
containing type-specific antibodies for simian-type red cell antigens were tested for their
cross-reactivity with red cells from crab-eating macaques (M. fascicularis). The majority
of the antisera gave cross-reactions determining polymorphisms in the red cells of crabeating
macaques, homologous to those of rhesus monkeys. These results attest to the close
taxonomic relationship between the two species of macaques, and have the practical implication
that isoimmune sera produced for blood typing can also be used for typing red cells
from related species, as has been also observed in studies on apes.
“…Because of the rare availability of blood from gorillas, the knowledge of their blood groups is limited; in fact, no significant reports on this subject have come to our attention aside from our own results, the last one published in 1973 [2, 4, 7]. Our findings so far were based on tests on 23 lowland gorillas (Gorilla gorilla gorilla) but on only two mountain gorillas (Gorilla gorilla beringei).…”
Four mountain gorillas (Gorilla gorilla beringei) were tested for their humantype
and simian-type blood groups. They were all found to be human-type B, MN, He,
Rho and chimpanzee simian-type V.O, CeF, G, H.
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