FAIR-ifying the Exposome Journal: Templates for Chemical Structures and Transformations

Exposome Pub Date : 2021-12-24 DOI:10.1093/exposome/osab006
Emma L. Schymanski, Evan E. Bolton
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引用次数: 9

Abstract

The exposome, the totality of lifetime exposures, is a new and highly complex paradigm for health and disease. Tackling this challenge requires an effort well beyond single individuals or laboratories, where every piece of the puzzle will be vital. The launch of this new Exposome journal coincides with the evolution of the exposome through its teenage years and into a growing maturity in an increasingly open and FAIR (findable, accessible, interoperable, reusable) world. This letter discusses how both authors and the Exposome journal alike can help increase the FAIRness of the chemical structural information and the associated metadata in the journal, aiming to capture more details about the chemistry of exposomics. The proposed chemical structure template can serve as an interoperable supplementary format that is made accessible through the website and more findable by linking the DOI of this data file to the article DOI metadata, supporting further reuse. An additional Transformations template provides authors with a means to connect predecessor (parent, substrate) molecules to successor (transformation product, metabolite) molecules and thus provide FAIR connections between observed (i.e., experimental) chemical exposures and biological responses, to help improve the public knowledgebase on exposome-related transformations. These connections are vital to extend current biochemical knowledge and to fulfil the current Exposome definition of “the cumulative measure of environmental influences and associated biological responses throughout the lifespan including exposures from the environment, diet, behaviour, and endogenous processes”.
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公平的暴露期刊:化学结构和转化的模板
接触量,即终生接触的总量,是一种新的、高度复杂的健康和疾病范例。应对这一挑战需要的努力远远超出个人或实验室的范畴,因为每一块拼图都至关重要。这本新的《暴露》杂志的发行恰逢《暴露》杂志在一个日益开放和公平(可查找、可访问、可互操作、可重复使用)的世界中从青少年时期发展到日益成熟。这封信讨论了作者和《Exposome》杂志如何帮助提高期刊中化学结构信息和相关元数据的公平性,旨在获取更多关于暴露组学化学的细节。提出的化学结构模板可以作为一种可互操作的补充格式,可以通过网站访问,并且通过将该数据文件的DOI链接到文章DOI元数据更容易找到,从而支持进一步重用。一个额外的转化模板为作者提供了一种将前驱(母体、底物)分子连接到后继(转化产物、代谢物)分子的方法,从而在观察到的(即实验的)化学暴露和生物反应之间提供公平的联系,以帮助改善与暴露相关的转化的公共知识库。这些联系对于扩展当前的生化知识和实现当前的暴露学定义至关重要,即“在整个生命周期中对环境影响和相关生物反应的累积测量,包括来自环境、饮食、行为和内源性过程的暴露”。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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