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大鼠抗体作为表征蛋鸡输卵管胞质溶胶中孕酮受体A和B蛋白的探针。

Rat antibodies as probes for the characterization of progesterone receptor A and B proteins from laying hen oviduct cytosol.

作者信息

Bonifer C, Hecht A, Peters C W, Sippel A E

机构信息

Zentrum für Molekulare Biologie der Universität Heidelberg, F.R.G.

出版信息

Biochim Biophys Acta. 1988 Jan 18;968(1):96-108. doi: 10.1016/0167-4889(88)90049-3.

Abstract

The chicken oviduct contains two different hormone binding forms of the progesterone receptor, A and B. We have prepared rat antisera against both forms of the receptor partially purified from laying hen oviduct. The anti-progesterone receptor A antiserum reacts with both receptor forms on Western blots, while the anti-progesterone receptor B antiserum reacts mainly with the B form. Both antisera also react with the native progesterone receptor proteins as shown by sedimentation analysis of the antibody-receptor complexes. Receptors A and B are recognized on Western blots of total protein from dissolved tissue, indicating that both forms are likely to be physiological components. Epitope mapping experiments show that immunogenicity of both receptor molecules is restricted to structurally related protein domains of 28 kDa in receptor A and of 52 kDa in receptor B.

摘要

鸡输卵管含有两种不同激素结合形式的孕酮受体,即A和B。我们已经制备了针对从产蛋母鸡输卵管中部分纯化的两种受体形式的大鼠抗血清。抗孕酮受体A抗血清在蛋白质免疫印迹法中与两种受体形式都发生反应,而抗孕酮受体B抗血清主要与B形式发生反应。如抗体 - 受体复合物的沉降分析所示,两种抗血清也与天然孕酮受体蛋白发生反应。在溶解组织的总蛋白的蛋白质免疫印迹法中可识别受体A和B,这表明两种形式都可能是生理成分。表位作图实验表明,两种受体分子的免疫原性都局限于受体A中28 kDa和受体B中52 kDa的结构相关蛋白结构域。

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