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Taking Personalized Medicine Seriously: Biomarker Approaches in Phase IIb/III Studies in Major Depression and Schizophrenia

机译:认真对待个性化医学:重大抑郁症和精神分裂症的IIb / III期研究中的生物标志物方法

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摘要

The success rate in the development of psychopharmacological compounds is insufficient. Two main reasons for failure have been frequently identified: 1) treating the wrong patients and 2) using the wrong dose. This is potentially based on the known heterogeneity among patients, both on a syndromal and a biological level. A focus on personalized medicine through better characterization with biomarkers has been successful in other therapeutic areas. Nevertheless, obstacles toward this goal that exist are 1) the perception of a lack of validation, 2) the perception of an expensive and complicated enterprise, and 3) the perception of regulatory hurdles. The authors tackle these concerns and focus on the utilization of biomarkers as predictive markers for treatment outcome. The authors primarily cover examples from the areas of major depression and schizophrenia. Methodologies covered include salivary and plasma collection of neuroendocrine, metabolic, and inflammatory markers, which identified subgroups of patients in the Netherlands Study of Depression and Anxiety. A battery of vegetative markers, including sleep-electroencephalography parameters, heart rate variability, and bedside functional tests, can be utilized to characterize the activity of a functional system that is related to treatment refractoriness in depression (e.g., the renin-angiotensin-aldosterone system). Actigraphy and skin conductance can be utilized to classify patients with schizophrenia and provide objective readouts for vegetative activation as a functional marker of target engagement. Genetic markers, related to folate metabolism, or folate itself, has prognostic value for the treatment response in patients with schizophrenia. Already, several biomarkers are routinely collected in standard clinical trials (e.g., blood pressure and plasma electrolytes), and appear to be differentiating factors for treatment outcome. Given the availability of a wide variety of markers, the further development and integration of such markers into clinical research is both required and feasible in order to meet the benefit of personalized medicine.This article is based on proceedings from the “Taking Personalized Medicine Seriously—Biomarker Approaches in Phase IIb/III Studies in Major Depression and Schizophrenia” session, which was held during the 10th Annual Scientific Meeting of the International Society for Clinical Trials Meeting (ISCTM) in Washington, DC, February 18 to 20, 2014.
机译:开发心理药物化合物的成功率不足。失败的两个主要原因经常被发现:1)治疗错误的患者和2)使用错误的剂量。这可能是基于患者在症状和生物学水平上的已知异质性。通过更好地利用生物标记物进行表征,将重点放在个性化医学上已在其他治疗领域取得成功。但是,实现此目标的障碍是:1)缺乏验证的感觉; 2)昂贵而复杂的企业的感觉; 3)监管障碍的感觉。作者解决了这些问题,并专注于利用生物标志物作为治疗结果的预测性标志物。作者主要介绍了严重抑郁症和精神分裂症领域的例子。涵盖的方法包括唾液和血浆神经内分泌,代谢和炎性标志物的收集,在荷兰抑郁症和焦虑症研究中确定了患者的亚组。一系列营养标​​记,包括睡眠脑电图参数,心率变异性和床旁功能测试,可用于表征与抑郁症治疗难治性有关的功能系统的活动(例如,肾素-血管紧张素-醛固酮系统)。可以使用书法和皮肤电导来对精神分裂症患者进行分类,并为营养激活提供客观的读数,作为目标参与的功能标记。与叶酸代谢或叶酸本身有关的遗传标志物对精神分裂症患者的治疗反应具有预后价值。已经在标准临床试验中常规收集了几种生物标志物(例如血压和血浆电解质),并且似乎是治疗结果的差异因素。考虑到各种各样的标记物的可用性,为了满足个性化医学的益处,既需要将这种标记物进一步开发和整合到临床研究中,又要使其可行。本文基于“认真对待个性化医学— 2014年2月18日至20日在华盛顿特区举行的国际临床试验学会会议(ISCTM)第十届年度科学会议上举行了“重度抑郁症和精神分裂症的IIb / III期研究中的生物标志物方法”会议。

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