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人肽酶C和Rh连锁群在体细胞遗传学上定位到A-1染色体

Somatic cell genetic assignment of peptidase C and the Rh linkage group to chromosome A-1 in man.

作者信息

Ruddle F, Ricciuti F, McMorris F A, Darlington G, Chen T

出版信息

Science. 1972 Jun 30;176(4042):1429-31. doi: 10.1126/science.176.4042.1429.

Abstract

The segregation of the human peptidase-C phenotype in five different series of human-mouse hybrid clones was examined. The chromosome constitution of these hybrids was determined by quinacrine mustard fluorescence, Giemsa banding, and constitutive heterochromatin staining. That the clones could be classified without exception either as human peptidase C positive/ A-1 positive (14 clones), or as peptidase C negative/ A-1 negative (12 clones) indicates that peptidase C can be assigned to the human A-i chromosome. Data from an extensive series of human-mouse clones used provide support for the syntenic association between peptidase C and phosphoglucomutase-1 and by inference a linkage of both to Rh factor group.

摘要

研究了人类肽酶 - C 表型在五个不同系列的人 - 小鼠杂交克隆中的分离情况。这些杂交体的染色体组成通过喹吖因芥子荧光、吉姆萨显带和组成型异染色质染色来确定。这些克隆无一例外可分为人类肽酶 C 阳性/A - 1 阳性(14 个克隆)或肽酶 C 阴性/A - 1 阴性(12 个克隆),这表明肽酶 C 可定位于人类 A - i 染色体。来自大量人 - 小鼠克隆系列的数据支持了肽酶 C 与磷酸葡萄糖变位酶 - 1 之间的同线关联,并由此推断二者与 Rh 因子组均存在连锁关系。

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