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引用次数: 0
摘要
这部作品描述了在环境诱变应用研究领域的职业 "冒险"。令人惊讶和有趣的结果,以及在《自然》和《科学》杂志上发表的文章,可能会反驳应用研究不如基础研究令人兴奋或影响深远的假设。文章以 "导师 "为叙述对象,他们的建议产生了持久的影响,并在许多方面产生了共鸣。冒险经历包括亚硝胺致突变性、纳米材料评估、光激活 DNA 损伤剂、p53 基因致突变性、生殖细胞致突变风险、细菌致突变性检测、手机辐射的遗传毒性、Covid 诊断 PCR 检测、个性化癌症预防等方面的探索,以及在 FDA 从事超过 25 年的监管安全评估工作。美国食品和药物管理局的工作包括审查遗传毒性数据、在实验室进行实验、制定国际标准以及与其他机构合作,以促进更好地分析 DNA 损伤因子,通常与癌症风险有关。正如意外的冒险经历所证明的那样,科学和生活中许多最关键的事件都是 "随机的"、意想不到的。最后,以这项工作和我的终身好友威廉-李金斯基的工作为范例,我们建议采用 "非假设驱动"、开放式的研究方法,这种方法可以是开创性的,也可以是最前沿的。
Hollaender award 2023: Adventures in applied genetic toxicology
This work describes career “adventures” into applied research in environmental mutagenesis. Surprising and interesting results, as well as publications in Nature and Science, may counter an assumption that applied research is not as exciting or impactful as basic research. The narrative is described in terms of “mentors,” whose advice had a lasting impact and resonated in many ways. Adventures included forays into nitrosamine mutagenicity, nanomaterial assessment, photoactivated DNA damaging agents, p53 gene mutagenicity, germ cell mutagenic risk, bacterial mutagenicity assays, genotoxicity of cell phone radiation, Covid diagnostic PCR assays, personalized cancer prevention, and >25 years in regulatory safety assessment at FDA. FDA work included review of genotoxicity data, experiments in the lab, international standards generation, and collaboration with others to foster better analyses of DNA damaging agents, generally in relation to cancer risk. As demonstrated by accidental adventures that led to scientific as well as life-altering personal realizations, many of the most critical happenings in science and in life turn out to be “random,” unexpected, events. Finally, with this work and that of my lifelong tripmate William Lijinsky as models, it is suggested that a “non-hypothesis driven,” open-ended approach to research can be path-breaking and forefront.
期刊介绍:
Environmental and Molecular Mutagenesis publishes original research manuscripts, reviews and commentaries on topics related to six general areas, with an emphasis on subject matter most suited for the readership of EMM as outlined below. The journal is intended for investigators in fields such as molecular biology, biochemistry, microbiology, genetics and epigenetics, genomics and epigenomics, cancer research, neurobiology, heritable mutation, radiation biology, toxicology, and molecular & environmental epidemiology.