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提高免疫接种安全性的技术。

Technologies to improve immunisation safety.

作者信息

Clements C J, Aguado M T, Jódar L

机构信息

Department of Vaccines & Biologicals, Health Technology and Pharmaceuticals Cluster, World Health Organization, Geneva, Switzerland.

出版信息

Drug Saf. 2001;24(14):1019-26. doi: 10.2165/00002018-200124140-00001.

Abstract

Ever since a vaccine was first used against smallpox, adverse events following immunisation have been reported. Adverse reactions may be caused by a fault in vaccine production, idiosyncratic responses or unsafe handling and vaccine administration practices. Technological advances that promise to bypass many of the dangers currently associated with vaccine administration are described. Plans for the next decade and beyond include developing injection-free systems for vaccine delivery that overcome the limitations of current immunisation programmes and help prevent programmatic mistakes. Also under development are new parenteral administration devices such as the auto-disable syringe and the mono-dose pre-filled device, and mucosal and transcutaneous immunisation systems. Training needs to be at the forefront of efforts to limit human error. Above all, there must be a willingness to respond to new climates and new technologies in order to ensure safe immunisation of children globally.

摘要

自从首次使用疫苗预防天花以来,就一直有免疫接种后不良事件的报告。不良反应可能由疫苗生产缺陷、特异反应或不安全的处理及疫苗接种操作引起。文中描述了有望规避当前疫苗接种所涉诸多风险的技术进展。未来十年及更长远的计划包括开发无针疫苗递送系统,以克服当前免疫规划的局限性并有助于防止规划失误。同时正在研发新型非肠道给药装置,如自动报废注射器和单剂量预填充装置,以及粘膜和经皮免疫接种系统。培训必须处于限制人为失误努力的前沿。最重要的是,必须愿意应对新情况和新技术,以确保全球儿童的安全免疫接种。

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