THE UBIQUINONE SYSTEM IN STRAINS OF SPECIES IN THE BALLISTOSPORE-FORMING YEAST GENERA SPORIDIOBOLUS, SPOROBOLOMYCES AND BULLERA
THE UBIQUINONE SYSTEM IN STRAINS OF SPECIES IN THE BALLISTOSPORE-FORMING YEAST GENERA SPORIDIOBOLUS, SPOROBOLOMYCES AND BULLERA
复制标题
球孢子形成酵母属Sporidiobolus、Sporoboloomyces和Bullera属菌株中的泛醌系统
DOI：
10.2323/jgam.32.251
复制
发表时间：
1986
影响因子：
1.2
通讯作者：
Motofumi Suzuki
中科院分区：
文献类型：
--
作者：
T. Nakase;Motofumi Suzuki
本文对Sporidiobolus属、Sporobolomyces属和Bullera属24株产球孢子酵母的泛醌系统进行了研究。大多数菌株为模式菌株。已知21种，未知2种。约翰逊孢子虫，孢子。pararoseus，Sporid. ruinenii、孢子虫。Salmonicolor、Sporobolomycesalborubescens、Sp. foliicola、Sp. gracilis、Sp. holsaticus和Sp. Roseus的泛醌主要成分为Q-10，次要成分为Q-9。白花牛肝菌Bullera alba，B. armeniaca、杏实蝇B. aurantiaca，B. crocea，B. dendrophila，B. globospora，B. B. piricola，B. punicea，B.柳柳B. salicina，B. singularis和B. tsugae还含有Q-10作为主要泛醌，Q-9作为次要成分。Q-9在孢子虫、副孢子虫、孢子虫中含量较高（15.0-25.4%）。ruinenii，B. piricola，B. punicea和B.水杨酸。长链藻的主要泛醌是Q-10（H2）。该酵母具有Q-9（H2）和Q-10作为次要成分。这是Q-10（H2）在酵母中作为主要泛醌的第二个发现。两种Bullera的3个未鉴定菌株的主要泛醌成分为Q-9，次要成分为Q-8和Q-10。在分类学上，这些菌株类似于B。singularis尽管泛醌系统的差异。这些酵母可能是Itersonilia属某些种的酵母相，或者可能代表尚未建立的属。
The ubiquinone system of twenty-four strains of ballistospore-forming yeasts in the genera Sporidiobolus, Sporobolomyces, and Bullera was investigated. Most of strains are type strains. They are twenty-one known species and two unidentified species. Sporidiobolus johnsonii, Sporid. pararoseus, Sporid. ruinenii, Sporid. salmonicolor, Sporobolomyces alborubescens, Sp. foliicola, sp. gracilis, Sp. holsaticus, and Sp. Roseus had Q-10 as the major ubiquinone and Q-9 as the minor component. Bullera alba, B. armeniaca, B. aurantiaca, B. crocea, B. dendrophila, B. globospora, B. piricola, B. punicea, B. salicina, B. singularis, and B. tsugae also had Q-10 as the major ubiquinone and Q-9 as the minor component. The amounts of Q-9 are rather high (15.0-25.4%) in Sporid, pararoseus, Sporid. ruinenii, B. piricola, B. punicea, and B. salicina. The major ubiquinone of Sp. elongatus was Q-10 (H2). This yeast has Q-9 (H2) and Q-10 as the minor components. This is the 2nd finding of Q-10 (H2) in yeasts as the major ubiquinone. Three unidentified strains of two species of Bullera had Q-9 as the major ubiquinone and Q-8 and Q-10 as the minor components. Taxonomically, these strains resemble B. singularis in spite of the difference in ubiquinone systems. These yeasts may be yeast phases of certain species of the genus Itersonilia or may represent a genus yet to be established..