{"title":"HEALTH AND MEDICINE","authors":"","doi":"10.2307/j.ctvj7wnfz.12","DOIUrl":null,"url":null,"abstract":"At right, dentist Dr. M. Keith Cox, president of Cox Sterile Products, Inc., Dallas, Texas, displays the Cox Rapid Heat Transfer Sterilizer TM he developed with the help of NASA technology. Intended for fast, effective, economical sterilization of dental and medical instruments, the system employs dry heat technology that NASA used to sterilize an_d decontaminate two Viking Lander spacecraft that sought evidence of living organisms on Mars in the 1970s. The sterilizer's big advantage, according to Dr. Cox, is reduced sterilization timemas little as six minutes, far less time than steam autoclave and chemical vapor sterilizers need and about one-tenth the time required by a conventional dry heat oven. Rapid sterilization eliminates excessive heating, the prime cause of instrument damage, and allows sterilization between patients. That makes possible a reduction of more than 80 percent in instrument inventory, says Dr. Cox, which can mean savings of thousands of dollars. Dr. Cox became interested in sterilization when he worked his way through dental college as a scrub nurse in a hospital operating room. That experience, coupled with the dentistry profession's emphasis on infection control, prompted him to consider development of an improved instrument sterilization system for the dental office. Much of the information he needed was available in a NASA publication. In planning the Viking Mars missions, NASA had gone to extraordinary lengths in studying ways to sterilize the Viking Landers and thus protect the Mars environment from contamination by Earth organisms or particulate matter that might erroneously influence the Lander's analytical instruments. NASA explored and evaluated every form of thermal and chemical sterilization before settling on the dry heat approach, which offered minimal corrosion and obviated the use of toxic chemicals. This exhaustive research was summarized in a 1978 survey entitled Advances in Sterilization and Decontamination, prepared for Langley Research Center by The Bionetics Corporation,","PeriodicalId":165043,"journal":{"name":"England in the Age of Shakespeare","volume":"162 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2019-08-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"England in the Age of Shakespeare","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.2307/j.ctvj7wnfz.12","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 0
Abstract
At right, dentist Dr. M. Keith Cox, president of Cox Sterile Products, Inc., Dallas, Texas, displays the Cox Rapid Heat Transfer Sterilizer TM he developed with the help of NASA technology. Intended for fast, effective, economical sterilization of dental and medical instruments, the system employs dry heat technology that NASA used to sterilize an_d decontaminate two Viking Lander spacecraft that sought evidence of living organisms on Mars in the 1970s. The sterilizer's big advantage, according to Dr. Cox, is reduced sterilization timemas little as six minutes, far less time than steam autoclave and chemical vapor sterilizers need and about one-tenth the time required by a conventional dry heat oven. Rapid sterilization eliminates excessive heating, the prime cause of instrument damage, and allows sterilization between patients. That makes possible a reduction of more than 80 percent in instrument inventory, says Dr. Cox, which can mean savings of thousands of dollars. Dr. Cox became interested in sterilization when he worked his way through dental college as a scrub nurse in a hospital operating room. That experience, coupled with the dentistry profession's emphasis on infection control, prompted him to consider development of an improved instrument sterilization system for the dental office. Much of the information he needed was available in a NASA publication. In planning the Viking Mars missions, NASA had gone to extraordinary lengths in studying ways to sterilize the Viking Landers and thus protect the Mars environment from contamination by Earth organisms or particulate matter that might erroneously influence the Lander's analytical instruments. NASA explored and evaluated every form of thermal and chemical sterilization before settling on the dry heat approach, which offered minimal corrosion and obviated the use of toxic chemicals. This exhaustive research was summarized in a 1978 survey entitled Advances in Sterilization and Decontamination, prepared for Langley Research Center by The Bionetics Corporation,
右边是牙医M. Keith Cox博士,他是德克萨斯州达拉斯Cox无菌产品公司的总裁,展示了他在NASA技术的帮助下开发的Cox快速热传递灭菌器TM。该系统旨在对牙科和医疗器械进行快速、有效、经济的消毒,它采用了干热技术,美国宇航局曾在20世纪70年代对两艘在火星上寻找生物证据的海盗着陆器航天器进行消毒和净化。据考克斯博士介绍,这种消毒器最大的优点是缩短了消毒时间,只需6分钟,比蒸汽高压灭菌器和化学蒸汽消毒器所需的时间要短得多,大约是传统干热烘箱所需时间的十分之一。快速灭菌消除了过度加热,这是导致仪器损坏的主要原因,并允许患者之间进行灭菌。考克斯博士说,这使得仪器库存减少80%以上成为可能,这意味着可以节省数千美元。考克斯博士是在一家医院的手术室里当了一名消毒护士,并通过自己的努力完成了牙科学院的学业,这时他对绝育产生了兴趣。这一经历,再加上牙科专业对感染控制的重视,促使他考虑为牙科诊所开发一种改进的器械消毒系统。他需要的大部分信息都可以在NASA的出版物上找到。在规划“海盗号”火星任务时,美国国家航空航天局花了很大的精力研究如何对“海盗号”着陆器进行消毒,从而保护火星环境不受地球生物或微粒物质的污染,这些物质可能会错误地影响着陆器的分析仪器。在确定干热方法之前,NASA探索并评估了每种形式的热和化学灭菌方法,干热方法腐蚀最小,避免了有毒化学物质的使用。这项详尽的研究总结在1978年的一份名为《灭菌和去污进展》的调查报告中,这份报告由生物技术公司为兰利研究中心准备,