与细胞毒性分析相关的气溶胶暴露系统调查:烟草科学研究合作中心(CORESTA)的观点

D. Thorne, R. Wieczorek, Toshiro Fukushima, Han-Jae Shin, R. Leverette, M. Ballantyne, Xiang Li, B. Bombick, K. Yoshino
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引用次数: 4

摘要

在烟草科学研究合作中心(CORESTA)会议期间,体外毒性测试小组(IVT SG)开会讨论了不断发展的气溶胶暴露研究领域。鉴于所使用的暴露参数和生物终点的多样性,对所获得的反应进行调查和背景分析被认为是一个高度优先事项。由于用户偏好和协议差异,无法对不同暴露系统的研究进行比较。12家全球烟草和合同研究公司开会讨论了这一主题,并就如何适当比较这一不同的研究领域制定了一致的方法。这一点正变得越来越重要,尤其是在监管审查更加集中的情况下。在8个地理位置独立的实验室中,对40多个参数进行了详细而全面的调查,包括气溶胶的产生、稀释和数据分析。调查结果强调了体外暴露参数和IVT研究小组采用的方法的多样性,并强调了协调一致的地方。例如,许多生物协议参数在子组中是一致的。然而,诸如细胞类型和暴露时间等变量在很大程度上仍然不一致。这项工作的下一步将是根据生物学发现绘制参数和系统数据,并调查观察到的不一致性是否转化为增加的生物学变异性。调查的结果提高了对参数和细微差别的认识,这可能对交叉领域的科学家和协调方法的发展有实质性的好处。
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A survey of aerosol exposure systems relative to the analysis of cytotoxicity: A Cooperation Centre for Scientific Research Relative to Tobacco (CORESTA) perspective
During a Cooperation Centre for Scientific Research Relative to Tobacco (CORESTA) meeting, the in vitro toxicity testing Sub-Group (IVT SG) met to discuss the evolving field of aerosol exposure research. Given the diversity of exposure parameters and biological endpoints being used, it was considered a high priority to investigate and contextualise the responses obtained. This is particularly driven by the inability to compare between studies on different exposure systems due to user preferences and protocol differences. Twelve global tobacco and contract research companies met to discuss this topic and formulate an aligned approach on how this diverging field of research could be appropriately compared. Something that is becoming increasingly important, especially in the light of more focused regulatory scrutiny. A detailed and comprehensive survey was conducted on over 40 parameters ranging from aerosol generation, dilution and data analysis across eight geographically independent laboratories. The survey results emphasise the diversity of in vitro exposure parameters and methodologies employed across the IVT SG and highlighted pockets of harmonisation. For example, many of the biological protocol parameters are consistent across the Sub-Group. However, variables such as cell type and exposure time remain largely inconsistent. The next steps for this work will be to map parameters and system data against biological findings and investigate whether the observed inconsistencies translate into increased biological variability. The results from the survey provide improved awareness of parameters and nuances, that may be of substantial benefit to scientists in intersecting fields and in the development of harmonised approaches.
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