化工进展
化工進展
화공진전
CHEMICAL INDUSTRY AND ENGINEERING PROGRESS
2013年
9期
2185-2193
,共9页
郑超%徐羽贞%黄逸凡%刘振%闫克平
鄭超%徐羽貞%黃逸凡%劉振%閆剋平
정초%서우정%황일범%류진%염극평
低温等离子体%生物医药%消毒灭菌%水处理%空气净化
低溫等離子體%生物醫藥%消毒滅菌%水處理%空氣淨化
저온등리자체%생물의약%소독멸균%수처리%공기정화
non-thermal plasma%medicine%disinfection%water treatment%air cleaning
低温等离子体的生物学效应包括对微生物的致死作用和对动物细胞的刺激作用,分别造就了一批灭菌技术和临床医药技术。本文介绍了等离子体灭菌技术在医疗器械、水和空气净化、食品和包装材料处理等方面的应用。其中已商业化的医疗器械灭菌器主要分低气压和常压两种,低气压等离子体灭菌器的灭菌体积较大,常压等离子体灭菌器的优点则是结构简单和便于操作。等离子体灭菌技术用于水、空气、食品等领域由于能耗、效率、化学残留等问题尚未商业化。在医药技术方面,近十年来开发的等离子体技术和装备成功运用于龋齿、皮肤、伤口、癌症等的处理,部分已进入临床应用。将来的研究重点在于明确等离子体与细胞之间的相互作用机理,并开发出更高效、实用的用于各相关行业的等离子体技术和装备。
低溫等離子體的生物學效應包括對微生物的緻死作用和對動物細胞的刺激作用,分彆造就瞭一批滅菌技術和臨床醫藥技術。本文介紹瞭等離子體滅菌技術在醫療器械、水和空氣淨化、食品和包裝材料處理等方麵的應用。其中已商業化的醫療器械滅菌器主要分低氣壓和常壓兩種,低氣壓等離子體滅菌器的滅菌體積較大,常壓等離子體滅菌器的優點則是結構簡單和便于操作。等離子體滅菌技術用于水、空氣、食品等領域由于能耗、效率、化學殘留等問題尚未商業化。在醫藥技術方麵,近十年來開髮的等離子體技術和裝備成功運用于齲齒、皮膚、傷口、癌癥等的處理,部分已進入臨床應用。將來的研究重點在于明確等離子體與細胞之間的相互作用機理,併開髮齣更高效、實用的用于各相關行業的等離子體技術和裝備。
저온등리자체적생물학효응포괄대미생물적치사작용화대동물세포적자격작용,분별조취료일비멸균기술화림상의약기술。본문개소료등리자체멸균기술재의료기계、수화공기정화、식품화포장재료처리등방면적응용。기중이상업화적의료기계멸균기주요분저기압화상압량충,저기압등리자체멸균기적멸균체적교대,상압등리자체멸균기적우점칙시결구간단화편우조작。등리자체멸균기술용우수、공기、식품등영역유우능모、효솔、화학잔류등문제상미상업화。재의약기술방면,근십년래개발적등리자체기술화장비성공운용우우치、피부、상구、암증등적처리,부분이진입림상응용。장래적연구중점재우명학등리자체여세포지간적상호작용궤리,병개발출경고효、실용적용우각상관행업적등리자체기술화장비。
Bio-effects of non-thermal plasma include lethality of microorganisms and stimulation of mammalian cells,which brings up a series of techniques in disinfection and clinical medicine. In this paper,the applications of non-thermal plasma in medical device sterilization,water and air cleaning, as well as food and package treatment are reviewed. Commercialized plasma sterilizer for medical devices can be classified into vacuum and atmospheric pressure,the volume of the former is much larger while the latter is more simple and easy to operate. For disinfection of water,air and food,it is not yet commercialized due to its energy consumption,efficiency or chemical residues. In the last decade , the developed plasma sources and techniques for medicine are successfully applied to treatment of decayed tooth,skin,wound,and cancer,with some of them approved for clinical practice. In the future,the research focus will be identifying the interactions between plasmas and cells,and developing more effective and practical equipment for different applications.