遗留化学品的挑战

Craig A. Merlic*, Imke Schröder and Christopher M. Kolodziej, 
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引用次数: 0

摘要

遗留化学品是指未使用的化学品,甚至是过期的化学品,这些化学品不再需要或可用于研究,但仍保存在实验室中,通常保存多年。本综述探讨了遗留化学品在研究机构中所带来的挑战,将其分为四种主要类型:旧的商业化学品、再装瓶化学品、研究样品和含化学品仪器。这些化学品造成了严重的问题,包括许多安全隐患和财务成本。介绍了遗留化学物质积累的根源,如过度采购和研究人员离开时没有进行适当的清理。提出了解决现有遗留化学问题的策略。防止未来积累的方法包括实施强有力的制度政策、保持准确的库存、确保适当的标签以及为研究人员建立明确的离职程序。强调了在研究环境中积极主动、从摇篮到坟墓的化学品管理方法的重要性。通过分享经验和方法,目的是帮助其他机构在遗留化学品方面面临类似的挑战,并有可能将这些概念应用于其他研究材料,如生物样品。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Challenges of Legacy Chemicals

Legacy chemicals are unused chemicals, or even expired chemicals, that are no longer needed or usable for research but remain stored in laboratories, often for many years. This review examines the challenges posed by legacy chemicals in research institutions, categorizing them into four main types: old commercial chemicals, rebottled chemicals, research samples, and chemical-containing instruments. These chemicals create significant problems, including numerous safety hazards and financial costs. The origins of legacy chemical accumulation are introduced, such as overpurchasing and researchers leaving without proper cleanup. Strategies for addressing existing legacy chemical issues are presented. Approaches to prevent future accumulation include implementing robust institutional policies, maintaining accurate inventories, ensuring proper labeling, and establishing clear off-boarding procedures for researchers. The importance of a proactive, cradle-to-grave approach to chemical management in research settings is emphasized. By sharing experiences and approaches, the aim is to assist other institutions facing similar challenges with legacy chemicals and potentially apply these concepts to other research materials, such as biological samples.

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