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犬类染色体核型的扩展命名法。

An extended nomenclature of the canine karyotype.

作者信息

Reimann N, Bartnitzke S, Bullerdiek J, Schmitz U, Rogalla P, Nolte I, Rønne M

机构信息

Center for Human Genetics and Genetic Counselling, University of Bremen, Germany.

出版信息

Cytogenet Cell Genet. 1996;73(1-2):140-4. doi: 10.1159/000134326.

Abstract

In contrast to many other animals, knowledge about the canine karyotype is quite sparse. This is due in part to the rather difficult canine karyotypic pattern. Except for the X and the Y chromosome, there are only acrocentric chromosomes, which appear to be quite small and difficult to identify unambiguously. In previous reports, schematic representations of the canine karyotype have been described. However, a nomenclature comparable to that of the human karyotype or the karyotypes of sheep, cattle, or goats does not yet exist for the dog. Based on high-resolution banding of metaphase chromosomes from canine fibroblasts, we propose an ideogram of the canine karyotype with 460 numbered bands and characteristic landmarks. In addition, the centromere positions of the canine chromosomes are determined by a combined GTG-banding/FISH approach, and the R- and G-banding patterns are compared.

摘要

与许多其他动物不同,关于犬类核型的知识相当稀少。这部分是由于犬类核型模式相当复杂。除了X和Y染色体外,只有近端着丝粒染色体,它们看起来相当小,难以明确识别。在以前的报告中,已经描述了犬类核型的示意图。然而,对于犬类,尚未存在与人类核型或绵羊、牛或山羊核型类似的命名法。基于犬类成纤维细胞中期染色体的高分辨率显带,我们提出了一个具有460个编号带和特征性界标的犬类核型 ideogram。此外,通过GTG显带/FISH联合方法确定犬类染色体的着丝粒位置,并比较R和G显带模式。

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