Chromosome comparison between populations of the collared peccary, Tayassu tajacu, raised in captivity.

Patrícia Carvalho de Souza, A. Khayat, I. C. Seligmann, R. R. Rodriguez Burbano
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引用次数: 1

Abstract

The collared peccary (Tayassu tajacu) is widely distributed over the American continent, being found from the south of the USA to the north of Argentina. In Brazil, it is spread all over the country, being one of the potential species to be raised in captivity. Therefore, the cytogenetic techniques could be a potential tool for reproductive monitoring of animals raised in captivity, mainly when destined for commercial purposes. This study had the objective of determining the chromosome number of two populations raised in captivity and characterizing them by GTG banding. For this purpose, an analysis was made of mitotic metaphases obtained from lymphocyte cultures made from blood samples of 11 animals, six of which from the Northeast and five from the North of Brazil. The results of this analysis showed the same karyotype pattern for the species (2n=30 chromosomes and NF=48), besides corresponding to the South American pattern of the species, i.e., without a translocation between autosomes 1 and 8, chromosome X acrocentric, and no differences were found between the two populations studied. However, chromosomal polymorphisms were observed compared to data from the literature on populations from North and South America.
圈养的有领西袋鼠(taassu tajacu)种群的染色体比较。
有领美洲狮(taassu tajacu)广泛分布在美洲大陆,从美国南部到阿根廷北部都有发现。在巴西,它遍布全国,是可能被圈养的物种之一。因此,细胞遗传学技术可能是一种潜在的工具,用于监测圈养动物的生殖,主要是用于商业目的。本研究的目的是测定人工饲养的两个种群的染色体数目,并通过GTG显带对其进行表征。为此,对从11只动物血液样本中获得的淋巴细胞培养物中获得的有丝分裂中期进行了分析,其中6只来自巴西东北部,5只来自巴西北部。结果表明,该物种的核型模式相同(2n=30条染色体,NF=48条染色体),且符合该物种的南美模式,即常染色体1和常染色体8 (X染色体顶心)之间没有易位,两种群间无差异。然而,与北美和南美人群的文献数据相比,观察到染色体多态性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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