Bemmann W
Zentralbl Bakteriol Naturwiss. 1981;136(5):369-416.
A recherche of 260 publications about dimorphism of fungi was elaborated. Beginning with the term dimorphism of fungi a description was represented of the distribution in the classes of the fungi, the ontogenesis of both types of the growth, the habits of dimorphic species of fungi, the conditions of the cultivation for the induction and maintenance of the dimorphic growth, mutants of dimorphic species of fungi, the physiology and biochemistry of cellular and filamentous forms of growth of species of fungi and general law of the dimorphism of fungi. As fundamentally exogenic factors of dimorphism were emphasized gas atmosphere, temperature, inoculum, form of cultivation, pH-value, C- and energy source, N-source and supplements in the substrate. Main working points of exogenic factors are the structure and function of the cell wall, mitochondria and growth zone of many dimorphic species of fungi. Aureobasidium pullulans, Candida albicans, Blastomyces brasiliensis and B. dermatitidis, Histoplasma capsulatum and H. farciminosum and species of Mucor and Mycotypha were selected as model organisms of the dimorphic growth. The metabolism processes of dimorphic Mucoraceae and activities of enzymes and paramorphogenes of the cellular form of growth were summarized in a scheme.
对260篇关于真菌双态性的出版物进行了研究综述。从真菌双态性这一术语开始,描述了真菌类群中的分布、两种生长类型的个体发育、双态真菌物种的习性、诱导和维持双态生长的培养条件、双态真菌物种的突变体、真菌物种细胞型和丝状型生长的生理生化以及真菌双态性的一般规律。作为双态性的基本外源性因素,强调了气体氛围、温度、接种物、培养形式、pH值、碳源和能源、氮源以及底物中的补充物。外源性因素的主要作用点是许多双态真菌物种的细胞壁、线粒体和生长区的结构与功能。选择出芽短梗霉、白色念珠菌、巴西芽生菌和皮炎芽生菌、荚膜组织胞浆菌和鼻疽组织胞浆菌以及毛霉属和霉菌丝菌属的物种作为双态生长的模式生物。以图表形式总结了双态毛霉科的代谢过程以及细胞型生长的酶活性和副形态发生。