制定在风险评估中应用 Omics 和相关生物信息学方法的行动路线图

Santiago Radio, Marco Di Marsico, Costanza Bersani, Roberto Malinverni, Josep Casacuberta, Chiara Corpetti, Riccardo Aiese Cigliano, Walter Sanseverino
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引用次数: 0

摘要

实施 Omics 技术和相关生物信息学方法为食品和饲料风险评估提供更多证据带来了巨大希望,从而提高了欧洲食品安全局(EFSA)在未来提供科学意见和指导文件的能力。为了探索这种可能性,欧洲食品安全局发起了一项制定路线图的呼吁,以确定在未来风险评估中更广泛地使用 Omics 所需的主要行动。为实现这一目标,本行动路线图概述了六个项目提案。这些建议基于对研究领域中最先进的全息技术和相关生物信息学技术、欧洲食品安全局的活动以及其他相关监管机构和组织当前和计划开展的活动的全面调查。概述的建议还解决了一些已确定的主要知识差距,并强调了在不同食品和amp; 饲料安全科学领域进一步投资可能带来的附加值。此外,本路线图中的工作还解决了一些可能阻碍在风险评估中更广泛地整合 omics 的关键挑战和障碍,并充分利用了与外部利益相关者合作的机会。最后,本路线图就欧洲食品安全局如何更广泛、更有效地与相关利益方合作,在监管科学中使用全局组学技术和相关生物信息学方法提出了建议。
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Development of a roadmap for action on the application of Omics and associated Bioinformatics Approaches in Risk Assessment

The implementation of omics technologies and associated bioinformatics approaches hold significant promise for generating additional evidence for food and feed risk assessments thereby enhancing the European Food Safety Authority (EFSA) capacity to deliver scientific opinions and guidance documents in the future. To explore this possibility, EFSA launched a Call for the development of a roadmap to identify the main actions needed for a wider use of Omics in future risk assessments. To address this objective, this action roadmap outlines six project proposals. These proposals are based on a comprehensive mapping of the state-of-the-art omics and associated bioinformatics technologies in research, EFSA's activities as well as current and planned activities from other relevant regulatory bodies and organisations. The outlined recommendations also address some of the identified main knowledge gaps and highlight the added value that further investments in the different food & feed safety scientific domains could bring. In addition, the work in this roadmap addresses some key challenges and blockers that might hinder a wider integration of omics in risk assessment and leverages on the opportunities for cooperation with external stakeholders. Finally, this roadmap provides suggestions on how EFSA may more broadly and effectively engage with relevant stakeholders in the use of omics technologies and associated bioinformatics approaches in regulatory science.

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