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新生儿耐受中的克隆清除

Clonal depletion in neonatal tolerance.

作者信息

Köhler H, Kaplan D R, Strayer D S

出版信息

Science. 1974 Nov 15;186(4164):643-4. doi: 10.1126/science.186.4164.643.

Abstract

Specific unresponsiveness can be induced in neonatal and adult BALB/c mice by antibody against antigen-specific receptor (antireceptor antibody). When heterologous antireceptor antibody is used in the indirect fluorescence technique, the number of fluorescent cells in these animals is significantly lower than in normal animals. Fluorescent cells appear after a relatively brief incubation of cells from adult-suppressed animals, whereas no fluorescent cells are detected when cells from neonatally treated animals are incubated briefly. Evidently, treating neonatal mice with antireceptor antibody specifically depletes the antigen-responsive clone. In contrast, antireceptor antibody causes reversible blockade of responsive cells in adult-suppressed animals.

摘要

通过抗抗原特异性受体抗体(抗受体抗体)可在新生和成年BALB/c小鼠中诱导特异性无反应性。当在间接荧光技术中使用异源抗受体抗体时,这些动物中的荧光细胞数量明显低于正常动物。成年受抑制动物的细胞经过相对短暂的孵育后会出现荧光细胞,而新生处理动物的细胞短暂孵育后则未检测到荧光细胞。显然,用抗受体抗体处理新生小鼠会特异性地耗尽抗原反应性克隆。相比之下,抗受体抗体在成年受抑制动物中引起反应性细胞的可逆性阻断。

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