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正常胸腺细胞的二硝基苯酚(DNP)特异性受体物质与包被二硝基苯酚-明胶的培养皿的结合。

Binding of DNP-specific receptor material of normal thymocytes to DNP-gelatin-coated dishes.

作者信息

Haustein D

出版信息

Immunobiology. 1985 Sep;170(3):158-63. doi: 10.1016/S0171-2985(85)80088-7.

Abstract

Mouse spleen cells (0.5%) were bound specifically to DNP4-gelatin-coated dishes at 4 degrees C. The DNP-specific spleen cells can be recovered from the dishes by melting the gel at 37 degrees C. In contrast to spleen cells, thymocytes did not bind to DNP-gelatin layers. When dishes were pretreated with large numbers of thymocytes, the binding of splenocytes was reduced in a second adsorption step, depending on the number of thymocytes used for the pretreatment. The reduction of spleen cell binding by pretreatment of dishes with thymocytes could be inhibited by DNP18-rabbit-IgG, but not by ARS13-rabbit-IgG. These data show that, on the release of thymocytes during the incubation with DNP4-gelatin layers, thymocytes leave behind DNP-specific binding material which prevents a second adsorption of DNP-binding spleen cells.

摘要

小鼠脾细胞(0.5%)在4℃下能特异性结合于包被有二硝基苯-4-明胶的培养皿。通过在37℃融化凝胶,可从培养皿中回收二硝基苯特异性脾细胞。与脾细胞不同,胸腺细胞不与二硝基苯-明胶层结合。当用大量胸腺细胞预处理培养皿时,在第二次吸附步骤中,脾细胞的结合会减少,这取决于用于预处理的胸腺细胞数量。用胸腺细胞预处理培养皿导致的脾细胞结合减少可被二硝基苯-18-兔免疫球蛋白抑制,但不能被抗鼠血清-13-兔免疫球蛋白抑制。这些数据表明,在与二硝基苯-4-明胶层孵育期间胸腺细胞释放时,胸腺细胞留下了二硝基苯特异性结合物质,该物质可阻止二硝基苯结合脾细胞的再次吸附。

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