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Cytogenetic elaboration of a novel reciprocal translocation in sheep.

机译:绵羊相互易位的细胞遗传学研究。

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Reciprocal translocations represent one of the most common structural chromosomal rearrangements observed in both humans and domestic animals. In these translocations, the balanced forms are most frequent but may remain undetected because the carriers show a normal phenotype. For this reason, routine cytogenetic analysis of domestic animals should necessarily rely on banded karyotypes. In fact, during a screening analysis, carried out on phenotypically normal young sheep (Ovis aries, OAR, 2n=54) from Laticauda-Comisana hybrids, a new structural rearrangement was detected. Two abnormal acrocentric chromosomes (the smallest and the largest one) were found in all metaphases of this carrier animal, suggesting the presence of a reciprocal translocation (rcp). CBA and RBA banding were performed in order to characterize the translocation, and FISH with chromosome-specific BAC probes and telomere probes was applied to confirm the cytogenetic data. The translocation was classified as rcp(4q;12q)(q13;q25).
机译:相互易位是在人类和家畜中观察到的最常见的染色体结构重排之一。在这些易位中,平衡形式最常见,但由于携带者表现出正常的表型而可能未被发现。因此,对家畜的常规细胞遗传学分析必须依靠带状核型。实际上,在对来自Laticauda-Comisana杂种的表型正常的小绵羊(Ovis aries,OAR,2n = 54)进行筛选分析期间,发现了新的结构重排。在该携带动物的所有中期都发现了两条异常的顶心染色体(最小的和最大的一条),表明存在相互易位(rcp)。进行CBA和RBA谱带分析以表征易位,并使用具有染色体特异性BAC探针和端粒探针的FISH确认细胞遗传学数据。易位分类为rcp(4q; 12q)(q13; q25)。

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