Past, present and future use of low temperature steam/formaldehyde and ethylene oxide sterilisation systems.

C Deverill
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Abstract

The development of medical equipment that cannot adequately be sterilised or disinfected has caused growing concern in recent years. Areas of concern are equipment that is likely to be damaged by normal autoclaving temperatures, and is therefore heat labile, or is so complicated in structure that adequate penetration of chemical disinfectants is unlikely. The need has led to the search for a method that would give adequate penetration of a bacteriocide without the use of excessive temperatures. The penetrative power of gaseous sterilant/disinfectants appears to be the area most likely to fulfill these considerations. Ethylene oxide (Phillips 1949) and Low Temperature Steam, with or without Formaldehyde, have been investigated by various workers.

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过去,现在和未来使用的低温蒸汽/甲醛和环氧乙烷灭菌系统。
近年来,不能充分消毒或消毒的医疗设备的发展引起了越来越多的关注。值得关注的领域是设备可能被正常的高压灭菌温度损坏,因此是热不稳定的,或者是结构太复杂,化学消毒剂不太可能充分渗透。这种需要促使人们寻找一种方法,使杀菌剂在不使用过高温度的情况下充分渗透。气体灭菌剂/消毒剂的渗透力似乎是最有可能满足这些考虑的领域。环氧乙烷(菲利普斯1949)和低温蒸汽,有或不含甲醛,已经研究了许多工人。
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Swedish systems for hospital sterilisation & disinfection units. A review of value for money in sterile services. Decontamination of medical equipment--manager's view. Effects of air in steam sterilisers. Decontamination of medical equipment--manufacturer's problems.
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