Short Note on Biotechnological Application of Halophilic Enzymes

J. H.
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引用次数: 1

Abstract

Evolution of life in extreme environments entails wide adaptations. Amongst these environments, those with high salt concentration are abodes to so-called halophilic microorganisms. The unique key properties of halophilic proteins not only enable them to survive in hostile and precluding environments, but also make their enzymes as precious biocatalysts in pharmaceutical, fine chemical processes, industries, food processing, detergents, waste treatments, etc., where harsh conditions prevent favorable reactions by normal enzymes. Unfortunately, due to lack of deep knowledge and proper equipment, up to know only a limited number of extremozymes have characterized and applied in appropriate industries. Discovery of new extremophiles or genetically engineering of mesophilic enzymes will open new horizons to novel applications of these invaluable enzymes in biotechnology and biotransformation.
嗜盐酶生物技术应用综述
极端环境下的生命进化需要广泛的适应。在这些环境中,高盐浓度的环境是所谓的嗜盐微生物的栖息地。嗜盐蛋白独特的关键特性不仅使它们能够在恶劣和排斥的环境中生存,而且使它们的酶成为制药、精细化学过程、工业、食品加工、洗涤剂、废物处理等恶劣条件下正常酶无法发生有利反应的宝贵生物催化剂。不幸的是,由于缺乏深入的知识和适当的设备,到目前为止,只有有限数量的极端酶被表征并应用于适当的行业。新的极端微生物或中温酶基因工程的发现将为这些宝贵的酶在生物技术和生物转化中的新应用开辟新的视野。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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