Agalloco & Associates Inc., 22 Carriage Trail, Belle Mead, NJ 08502
PDA J Pharm Sci Technol. 2020 Jan-Feb;74(1):162-169. doi: 10.5731/pdajpst.2019.009993. Epub 2019 Feb 15.
Steam sterilization is widely used across the healthcare industry and is the most documented and standardized sterilization method. Despite its broad application, there is considerable confusion regarding the different process control considerations and sterilizer designs necessary for its successful use. The methods and equipment used for porous loads (equipment, components, and tools) are established to address air removal and steam penetration as these are critical to process efficacy. Sterilizing processes and equipment for non-porous loads (sealed aqueous containers) seek to minimize variations across the load and minimize the potential for under- or over-processing of portions of the load. These distinctions are not always evident in publications. The United States Pharmacopeia content brought attention to these differences in General Chapter <1229.1> Sterilization by Direct Contact and General Chapter <1229.2> Moist Heat Sterilization of Aqueous Liquids. This publication provides expanded content beyond that found in USP in a side-by-side comparison of the process considerations and equipment design details. It also reviews sterilization practices in laboratory, formulation, and biowaste sterilization applications, which often require the simultaneous sterilization of porous and non-porous items.
蒸汽灭菌在医疗保健行业得到广泛应用,是最具文件记录和标准化的灭菌方法。尽管应用广泛,但对于成功使用所需的不同过程控制注意事项和灭菌器设计仍存在相当大的混淆。多孔负载(设备、部件和工具)使用的方法和设备是为了解决空气去除和蒸汽渗透问题而建立的,因为这些问题对工艺效果至关重要。非多孔负载(密封水容器)的灭菌工艺和设备旨在最大限度地减少负载内的变化,并最大限度地减少负载部分处理不足或过度处理的可能性。这些区别在出版物中并不总是明显的。美国药典的内容在通用章节<1229.1>直接接触灭菌和通用章节<1229.2>水性液体湿热灭菌中引起了对这些差异的关注。本出版物提供了 USP 中未包含的扩展内容,以并排比较过程考虑因素和设备设计细节。它还审查了实验室、配方和生物废物灭菌应用中的灭菌实践,这些应用通常需要同时对多孔和非多孔物品进行灭菌。