免疫识别模型:科学知识进化框架下的耐受和免疫

Silvia Sánchez-Ramón , Daniela Butnaru
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引用次数: 2

摘要

免疫系统(IS)是一个精致的机器,参与维持生物体的完整性,并在动态框架内调节其自身功能以适应其不同的分子识别策略。这些策略受到抗原刺激的性质、其成分的内部状态和局部微环境的调节,这将决定免疫或耐受的免疫反应。纵观免疫学的历史,典型的“自我/非自我”免疫识别公理,直接涉及个体的身份,一直被使用,然而,它应该被其众多例外所取代。我们从其抗原识别的基本性质对IS功能的理论模型进行了综述。我们讨论了开发新模型的必要性,使我们能够理解IS作为一个与心理神经系统和内分泌系统不可分割的集成系统的功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modelos de reconocimiento inmunológico: tolerancia e inmunidad en el marco de la evolución del conocimiento científico

The immune system (IS) is an exquisite machine involved in the maintenance of the integrity of the organism, and in the regulation of its own function to adapt its diverse strategies of molecular recognition within a dynamical framework. These strategies are modulated by the nature of the antigenic stimulus, the internal status of its components, and the local microenvironment, which will determine an immune response of immunity or tolerance. Throughout the history of Immunology, the archetypical «self/non-self» axiom of the immune recognition, in direct reference to the identity of the individual, has been consistently used, which should be nevertheless displaced by its numerous exceptions. We present a review of the theoretical models of the IS functioning from its basic property of antigenic recognition. We discuss the need to develop new models that enable to comprehend the IS functioning as an indissoluble integrated system with psychoneurological and endocrine systems.

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