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绵羊和山羊的血红蛋白转换:同一红细胞中血红蛋白A和C的出现。

Hemoglobin switching in sheep and goats: occurrence of hemoglobins A and C in the same red cell.

作者信息

Nienhuis A W, Bunn H F

出版信息

Science. 1974 Sep 13;185(4155):946-8. doi: 10.1126/science.185.4155.946.

Abstract

Sheep and goats switch from the synthesis of hemoglobin A (alpha(2)beta(2)(A)) to hemoglobin C (alpha(2)beta(2)(C)) when made anemic. We have demonstrated the existence of the asymmetrical hybrid hemoglobin, alpha(2)beta(A)beta(C), in the circulating red cells of anemic sheep. These erythroid cells, therefore, synthesized both A and C hemoglobin simultaneously. Thus, the switch appears to be mediated by selective gene expression rather than by a clonal or cellular selective mechanism.

摘要

绵羊和山羊在发生贫血时会从合成血红蛋白A(α₂β₂(A))转变为合成血红蛋白C(α₂β₂(C))。我们已经证实在贫血绵羊的循环红细胞中存在不对称杂合血红蛋白α₂β(A)β(C)。因此,这些红系细胞同时合成了A和C两种血红蛋白。所以,这种转变似乎是由选择性基因表达介导的,而非由克隆或细胞选择机制介导。

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