Zavarzin G A
Mikrobiologiia. 2004 Sep-Oct;73(5):598-612.
Due to a chain of circumstances, some of them caused by unfavorable events, the Institute of Microbiology (INMI), Russian Academy of Sciences, continued the tradition of the "golden age" of microbiology of Winogradsky's time. The interest was focused on functional diversity of microorganisms as catalysts of natural chemical processes. The concept of a morphophysiological genus continues to play the key role in general microbiology, serving as an operational entity of the science. Researchers affiliated with INMI pioneered in describing 60 genera, constituting more than 4.9% of the 1228 validated genus designations as of January 1, 2004, and more than 6% of the nonpathogenic cultivable genera deposited at DSMZ. In addition to the formal biodiversity, other aspects of physiological and ecological diversity described by different classification schemes are considered. More recent findings were mostly in the field of alkaliphiles, acidophiles, thermophiles, and halophilic anaerobes, proliferating in extreme environments. Attempts to work out classifications of microorganisms with prognostic potential are presented.
由于一系列情况,其中一些是由不利事件引起的,俄罗斯科学院微生物研究所(INMI)延续了维诺格拉茨基时代微生物学“黄金时代”的传统。人们的兴趣集中在作为自然化学过程催化剂的微生物的功能多样性上。形态生理属的概念在普通微生物学中继续发挥关键作用,作为该学科的一个操作实体。INMI的研究人员率先描述了60个属,截至2004年1月1日,这占已验证的1228个属名的4.9%以上,占保藏在德国微生物和细胞培养物保藏中心(DSMZ)的非致病性可培养属的6%以上。除了形式上的生物多样性外,还考虑了不同分类方案所描述的生理和生态多样性的其他方面。最近的发现大多集中在嗜碱菌、嗜酸菌、嗜热菌和嗜盐厌氧菌领域,这些微生物在极端环境中大量繁殖。本文还介绍了对具有预测潜力的微生物进行分类的尝试。