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Workgroup Report: Review of Genomics Data Based on Experience with Mock Submissions—View of the CDER Pharmacology Toxicology Nonclinical Pharmacogenomics Subcommittee

机译:工作组报告:基于模拟提交的经验对基因组学数据进行审查-CDER药理毒理学非临床药理基因组学小组委员会的观点

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摘要

Over the past few years, both the U.S. Food and Drug Administration (FDA) and the pharmaceutical industry have recognized the potential importance of pharmacogenomics and toxicogenomics to drug development. To resolve the uncertainties surrounding the use of microarray technology and the presentation of genomics data for regulatory purposes, several pharmaceutical companies and genomics technology providers have provided the FDA with reports of genomics studies that included supporting toxicology data (e.g., serum chemistry, histopathology). These studies were not associated with any active drug application and were exploratory or hypothesis generating in nature. For training purposes, these reports were reviewed by the Nonclinical Pharmacogenomics Subcommittee consisting of the Center for Drug Evaluation and Research pharmacology and toxicology researchers and reviewers. In this article, we describe some of these submissions and report on our assessment of data content, format, and quality control metrics that were useful for evaluating these nonclinical genomics submissions, specifically in relation to the proposed MIAME/MINTox (minimum information about a microarray experiment/minimum information needed for a toxicology experiment) recommendations. These genomics submissions allowed both researchers and regulators to gain experience in the process of reviewing and analyzing toxicogenomics data. The experience will allow development of recommendations for the submission and review of these data as the state of the science evolves.
机译:在过去的几年中,美国食品药品监督管理局(FDA)和制药业都认识到药物基因组学和毒理基因组学对药物开发的潜在重要性。为了解决围绕微阵列技术使用和基因组数据用于监管目的的不确定性,多家制药公司和基因组技术提供商已向FDA提供了基因组研究报告,其中包括支持毒理学数据(例如血清化学,组织病理学)。这些研究与任何活性药物的应用无关,本质上是探索性或假设性的。出于培训目的,这些报告由药物评估和研究中心药理和毒理学研究人员和审阅者组成的非临床药物基因组学小组委员会审阅。在本文中,我们将描述其中一些提交的内容,并报告我们对数据内容,格式和质量控制指标的评估,这些评估对评估这些非临床基因组学提交非常有用,尤其是与拟议的MIAME / MINTox有关(有关微阵列的最少信息)实验/毒理学实验所需的最少信息)建议。这些基因组学研究成果使研究人员和监管机构都可以在审查和分析毒理基因组学数据的过程中获得经验。随着科学技术的发展,这种经验将有助于提出建议,以提交和审查这些数据。

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