N-Glycosylation Site Analysis

K. Nayak
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Abstract

The components driving to the improvement of human B-cell interceded autoimmunity are not completely caught on. In specific, it is hazy how auto reactive B cells emerge and elude resilience checkpoints that ordinarily control their improvement and extension. Whereas temporal, short-lived autoreactive B-cell reactions are regularly watched within the setting of outside, natural triggers such as contaminations, the advancement of long-lived, auto reactive B and plasma cells within the setting of immune system infection likely requires T-cell offer assistance and the inclusion of germinal centers (GCs) in lymph hubs or GC-like structures in aroused tissues. As these specialized structures are prepared with different control components to anticipate the advancement of auto reactivity , it is critical to understand why and how these defensive components come up short within the improvement of human autoimmunity.
n -糖基化位点分析
驱动人类b细胞介导的自身免疫改善的成分尚未完全被了解。具体来说,目前尚不清楚自身反应性B细胞是如何出现并避开通常控制其改善和扩展的弹性检查点的。虽然暂时的、短暂的自身反应性B细胞反应通常是在外界环境下观察的,自然触发因素如污染,但在免疫系统感染的环境下,长期的、自身反应性B细胞和浆细胞的发展可能需要t细胞提供帮助,并将生发中心(GCs)包括在淋巴中心或被激发组织中的gc样结构中。由于这些专门的结构是由不同的控制成分准备的,以预测自身反应性的进步,因此理解这些防御成分为什么以及如何在人类自身免疫的改善中出现不足是至关重要的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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