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Challenges and gaps in immunosafety evaluation of therapeutics: An IQ DruSafe survey

模式 文件夹 知识管理 医学 业务 心理学 计算机科学 财务 社会科学 社会学
作者
Mark Collinge,Haley Neff-LaFord,Surekha S. Akella,Birgit Fogal,Kathryn Fraser,Jacob Jabbour,Kirsty Harper,Curtis C. Maier,Laurent Malherbe,Nikki B. Marshall,Gautham K. Rao,Kavita Raman,Hollie Skaggs,F. Weber,Claudette L. Fuller
出处
期刊:Regulatory Toxicology and Pharmacology [Elsevier BV]
卷期号:150: 105630-105630
标识
DOI:10.1016/j.yrtph.2024.105630
摘要

Immunotoxicology/immunosafety science is rapidly evolving, with novel modalities and immuno-oncology among the primary drivers of new tools and technologies. The Immunosafety Working Group of IQ/DruSafe sought to better understand some of the key challenges in immunosafety evaluation, gaps in the science, and current limitations in methods and data interpretation. A survey was developed to provide a baseline understanding of the needs and challenges faced in immunosafety assessments, the tools currently being applied across the industry, and the impact of feedback received from regulatory agencies. This survey also focused on current practices and challenges in conducting the T-dependent antibody response (TDAR) and the cytokine release assay (CRA). Respondents indicated that ICH S8 guidance was insufficient for the current needs of the industry portfolio of immunomodulators and novel modalities and should be updated. Other challenges/gaps identified included translation of nonclinical immunosafety assessments to the clinic, and lack of relevant nonclinical species and models in some cases. Key areas of emerging science that will add future value to immunotoxicity assessments include development of additional in vitro and microphysiological system models, as well as application of humanized mouse models. Efforts are ongoing in individual companies and consortia efforts are ongoing to address some of these gaps and emerging science.

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