Moor-Jankowski J, Socha W W
Dev Biol Stand. 1980;45:35-43.
The importance of immunogenetics for definition and standardization of laboratory animals has been demonstrated by their successful application for breeding of laboratory mice and rats, and in planned breeding of large domestic animals. Among the immunogenetic markers used, blood groups are the best known and generally considered as the most important. For close to two decades, serology and genetics of blood groups have been investigated by this Laboratory in the most commonly used laboratory primates, namely, macaques, (rhesus, crab-eating, pig-tailed and bonnet), baboon (olive, yellow and hamadryas) as well as chimpanzees. Blood groups of many other primate species have also been surveyed but in a less intensive manner. Blood groups of apes and monkeys are defined by standard methods of human serohematology, using both reagents developed for typing human blood and reagents obtained from the sera of immunized primate animals. The presently available reagents define, depending on species, between 10 and 25 blood groups in macaques, 20 to 25 blood groups in baboons and 45 types in chimpanzees. The available blood group genetic markers will be listed and their value for standardization and breeding of laboratory primates will be discussed.
免疫遗传学在实验动物定义和标准化方面的重要性已通过其在实验小鼠和大鼠育种以及大型家畜定向育种中的成功应用得到证明。在所用的免疫遗传标记中,血型最为人所知,通常也被认为是最重要的。近二十年来,本实验室对最常用的实验灵长类动物,即猕猴(恒河猴、食蟹猴、豚尾猴和冠毛猕猴)、狒狒(橄榄狒狒、黄狒狒和阿拉伯狒狒)以及黑猩猩的血型血清学和遗传学进行了研究。许多其他灵长类物种的血型也进行了调查,但研究力度较小。猿类和猴类的血型采用人类血清血液学的标准方法进行定义,使用既为人类血型鉴定开发的试剂,也使用从免疫灵长类动物血清中获得的试剂。目前可用的试剂根据物种不同,可定义猕猴的10至25种血型、狒狒的20至25种血型以及黑猩猩的45种血型。本文将列出可用的血型遗传标记,并讨论它们在实验灵长类动物标准化和育种中的价值。