Secondary measures of immunologic efficacy in clinical trials

M. Peakman, B. Roep
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引用次数: 4

Abstract

Purpose of reviewSince type 1 diabetes mellitus is a T lymphocyte-mediated disease, numerous T cell-centric strategies aimed at either interfering with pathogenic effector T cells, or promoting regulatory ones, are at the stage of planned clinical trials or beyond. The feasibility of measuring reductions in activity or number of pathogenic T cells and/or equivalent increases in regulatory cells is the focus of this review. Recent findingsThe design of surrogate T cell markers for trial monitoring has been facilitated by the recent deployment of new assay technologies, a greater knowledge of islet-specific T cell targets and a greater understanding of the T cell-dominated pathogenic process leading to islet destruction, as well as the regulatory pathways designed to prevent it. SummaryAdvances in technologies designed to measure the anticipated low frequency of autoreactive T cells, as well as recent discoveries in the field of regulatory T cells and the creation of clinical trial consortia, have set the stage for the implementation of large-scale clinical trials in type 1 diabetes in which the measurement of T cell reactivity is viewed as a key mechanistic outcome.
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临床试验中免疫疗效的次要指标
由于1型糖尿病是一种T淋巴细胞介导的疾病,许多以T细胞为中心的策略旨在干扰致病效应T细胞或促进调节性T细胞,目前正处于计划的临床试验阶段或更远的阶段。测量致病性T细胞活性或数量的减少和/或调节细胞的相应增加的可行性是本综述的重点。最近的发现最近新检测技术的部署,对胰岛特异性T细胞靶点的更多了解,以及对T细胞主导的导致胰岛破坏的致病过程的更多了解,以及旨在防止它的调节途径,促进了试验监测替代T细胞标记物的设计。技术的进步旨在测量预期的自身反应性T细胞的低频率,以及最近在调节性T细胞领域的发现和临床试验联盟的创建,已经为1型糖尿病大规模临床试验的实施奠定了基础,其中T细胞反应性的测量被视为关键的机制结果。
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