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药品生产中有害微生物:决策树的验证。

Objectionable microorganisms in pharmaceutical production: Validation of a decision tree.

机构信息

Department Pharmacy, University of Pisa, Via Bonanno 6, Pisa I-56126, Italy.

Abiogen Pharma, Microbiology Laboratory, Via Meucci 36, I- Ospedaletto, Pisa, Italy.

出版信息

Eur J Pharm Sci. 2021 Nov 1;166:105984. doi: 10.1016/j.ejps.2021.105984. Epub 2021 Aug 26.

Abstract

The release of quality, safe, and effective non-sterile drugs needs to exclude the presence of objectionable microorganisms, which include microorganisms potentially involved in product degradation, or considered as poor hygiene indicator during manufacturing, or causing adverse effect on patient's health. In this paper, a method allowing objective and verifiable evaluations has been investigated through the development of a suitable decision tree with a template for data collection. The decision tree has been used to establish which microorganisms were objectionables, using several hypothetical scenarios in which 24 different biological agents, both harmless microorganisms and opportunistic pathogens, were combined with 9 different products, representing each type of administration route for non-sterile drugs. The results showed that the use of aforementioned approach makes the microorganisms evaluation easy and verifiable and highlighted that even the microbes initially considered harmless could be objectionable.

摘要

释放质量、安全且有效的非无菌药品需要排除存在不良微生物,其中包括可能涉及产品降解的微生物,或在生产过程中被视为较差卫生指示物的微生物,或对患者健康造成不良影响的微生物。在本文中,通过开发带有数据收集模板的合适决策树,研究了一种允许进行客观和可验证评估的方法。使用该决策树,根据 24 种不同的生物制剂(包括无害微生物和机会性病原体)与 9 种不同产品的组合,建立了哪些微生物是有问题的,这些产品代表了非无菌药物的每种给药途径。结果表明,使用上述方法可以使微生物评估变得简单且可验证,并强调即使最初被认为无害的微生物也可能存在问题。

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