Iurkevich D I, Kutyshenko V P
Institute of Theoretical and Experimental Biophysics, Russian Academy of Sciences, Pushchino, Moscow Region, 142290 Russia.
Biofizika. 2002 Nov-Dec;47(6):1116-29.
The literature data on medusomyces published since 1913 are discussed. Different versions of appearance and distribution of this microorganism are considered. The features of its structure, metabolism and growth conditions are analyzed. It is shown that the tea fungus is a symbiosis is of several sorts of yeast and acetic acid bacteria. Evidence is presented indicating that fermented tea fungus has a therapeutic effect and can be applied in medicine. It was proved, that the antimicrobial properties of tea fungus metabolic products are due to the presence of particular antibiotic substances. The regularities of the biosynthesis of these substances and the pathways of its stimulation were studied. The results obtained will lead to the large-scale use of tea fungus in biotechnology. The fungus has unique adaptation properties, as confirmed by experiments on cultivation of the organism on deuterium oxide (D2O) and in the conditions of "cold stress". It is suggested that medusomyces is a unique model for the investigation of the phenomenon of symbiosis.
本文讨论了自1913年以来发表的关于茶霉菌的文献数据。考虑了这种微生物出现和分布的不同版本。分析了其结构、代谢和生长条件的特征。结果表明,茶菌是几种酵母和醋酸菌的共生体。有证据表明发酵茶菌具有治疗作用,可应用于医学。已证明茶菌代谢产物的抗菌特性归因于特定抗生素物质的存在。研究了这些物质的生物合成规律及其刺激途径。所得结果将导致茶菌在生物技术中的大规模应用。通过在氧化氘(D2O)上培养该生物体以及在“冷应激”条件下进行的实验证实,该真菌具有独特的适应特性。有人认为茶霉菌是研究共生现象的独特模型。