Subject(s)
Hominidae , Research , Animals , Arteriosclerosis , Blood Group Antigens , Infections , Metabolic Diseases , Toxicology , TransplantationSubject(s)
Medicine , Primates , Research , Animals , Biological Evolution , Environmental Exposure , Primates/anatomy & histology , Primates/classification , Primates/metabolism , SerologySubject(s)
Aerospace Medicine , Exhibitions as Topic , Haplorhini , Hominidae , Societies, Scientific , Academies and Institutes , Animals , Atmospheric Pressure , Attention , Behavior, Animal/drug effects , Conditioning, Operant , Consciousness , Haplorhini/drug effects , Motor Activity , New Mexico , New York , Psychophysiology , Sensation/drug effectsSubject(s)
Body Temperature Regulation , Oxidoreductases/metabolism , Oxygen Consumption , Acclimatization , Adipose Tissue, Brown/enzymology , Animals , Cold Temperature , Eulipotyphla , Haplorhini , Hot Temperature , Kidney/enzymology , Liver/enzymology , Muscles/enzymology , Myocardium/enzymology , Primates , RodentiaSubject(s)
Animals, Laboratory , Pan troglodytes , Research , Animals , Biological Evolution , Disease Models, Animal , Haplorhini , Housing, Animal , Laboratories , Macaca , Molecular Biology , New Mexico , Primates/immunology , Space FlightABSTRACT
Genetic divergencies between chimpanzee populations, not only.between Pan panicus and Pan troglodytes but also between different groups of the latter, are revealed by typing of transferrin. In particular, differences in the incidence of polymorphic transferrins occur between the groups formed by subdividing a large captive chimpanzee colony of heterogeneous geographic origins into racial types solely on the basis of morphological traits. Genetic variability is extremely high in one of these groups, intermediate in another, and relatively low in a third, with the pattern of changing frequencies of allelic genes at the T(f) locus following the pattern of geographic distribution of the actual conspecific populations or races for which the groups are named.
Subject(s)
Genetics, Population , Hominidae , Transferrin/analysis , Animals , Autoradiography , Blood Protein Electrophoresis , Molecular BiologySubject(s)
Blood Group Antigens/classification , Erythrocytes , Hominidae , Immune Sera , Rh-Hr Blood-Group System , Animals , Humans , In Vitro TechniquesABSTRACT
Significant differences in the distribution of human-type and simian-type blood groups have been demonstrated in chimpanzees classified into subspecies or "races" on the basis of morphological traits. The differences in chimpanzees are analogous to racial differences in the distribution of blood groups in man.
