根据日本《再生医疗安全法》对细胞处理设施的结构和设备标准进行检查的远程审核实践。
Remote audit practice for inspection of structural and equipment standards for cell processing facilities under the act on the safety of regenerative medicine in Japan.
作者信息
Sasai Masao, Okamoto Mina, Tanigawa Shunsuke, Okada Satoshi, Sugiyama Daisuke, Myoui Akira
机构信息
Department of Medical Innovation, Osaka University Hospital, Osaka, Japan.
Frontier of Regenerative Medicine, Graduate School of Medicine, Osaka University, Osaka, Japan.
出版信息
Regen Ther. 2023 Dec 16;25:85-91. doi: 10.1016/j.reth.2023.12.001. eCollection 2024 Mar.
INTRODUCTION
The Act on the Safety of Regenerative Medicine enforced in Japan in 2014, regulates the manufacture of cellular processed products. However, with regards to the manufacturing facilities at medical institutions, only the submission of necessary documents is required for a license, and the need for third-party inspection has been highlighted. Remote activities are becoming more prominent with the spread of the Severe Acute Respiratory Syndrome Coronavirus 2 infection; therefore, the current assessment of compliance with structural facility standards was conducted remotely.
METHODS
The entire process, including start-up meetings, preparation of the survey schedule, submission and review of preliminary materials, audits, and reporting of results, was conducted via e-mail and web conferencing systems. The survey was conducted remotely, to minimize the risk of contamination of the cell processing facility (CPF) and reduce the burden on surveyors, while contributing to the establishment of suitable structural facilities by identifying and highlighting the areas or items that were considered to be non-compliant with the regulations. The series of audits were completed in ten weeks, with a period of six weeks between the start-up meeting and the audit implementation. The audit was completed in approximately 3 h on the day of the inspection.
RESULTS
The audit results were delivered in the report, with four items requiring improvement and several other recommended items listed as non-conformities.
CONCLUSIONS
We believe that this remote method allows the effective inspection of regenerative medicine manufacturing facilities and assessment of more cell culture processing facilities than the current in-person audit method, with limited human resources.
引言
2014年在日本实施的《再生医学安全法》对细胞加工产品的制造进行监管。然而,对于医疗机构的制造设施,获得许可仅需提交必要文件,第三方检查的必要性受到关注。随着严重急性呼吸综合征冠状病毒2感染的传播,远程活动日益突出;因此,本次对结构设施标准合规性的评估是通过远程方式进行的。
方法
整个过程,包括启动会议、调查时间表的准备、初步材料的提交和审查、审核以及结果报告,均通过电子邮件和网络会议系统进行。远程开展调查,以尽量降低细胞处理设施(CPF)受污染的风险,减轻调查人员的负担,同时通过识别和突出被认为不符合规定的区域或项目,为建立合适的结构设施做出贡献。一系列审核在十周内完成,启动会议与审核实施之间间隔六周。检查当天的审核大约用时3小时完成。
结果
审核结果在报告中呈现,有四项需要改进的项目以及其他几个列为不符合项的建议项目。
结论
我们认为,这种远程方法能够在人力资源有限的情况下,比当前的现场审核方法更有效地检查再生医学制造设施并评估更多的细胞培养处理设施。