Antropova A B, Bilanenko E N, Mokeeva V L, Chekunova L N, Kachalkin A V, Shtaer O V, Kamzolkina O V
Mikrobiologiia. 2014 Sep-Oct;83(5):605-14.
Long-term microbiological investigation of the pollen of silver birch (Betula pendula) in the Mos- cow, and Moscow region areas revealed that: almost one-third of the analyzed samples, contained the fungus identified by morphological, cultural, and molecular genetic techniques as Quambalaria cyanescens (de Hoog & G. A. de Vries) Z.W. de Beer, Begerow & R. Bauer. This species was previously known mostly as a syrmbiont of tropical plants of the generaEucalyptus and Cortyminbia and has not been isolated in Russia. We revealed a close association between Quambalaria cyanescens and silver birch. The micromycete was regulaly detected in pollen samples, as well as on the.inside and outside of the aments, on the surface of leaves and branches. It was never isolated from other plant species in the investigated area. The data on the morphological and cultural characteristics of the fungus, its cell ultrastructure, and occurrence are presented, as well as the phylogenetic analysis of the isolated strains.
对莫斯科及莫斯科地区的白桦(Betula pendula)花粉进行的长期微生物学调查显示:在几乎三分之一的分析样本中,发现了一种通过形态学、培养和分子遗传学技术鉴定为蓝变拟盘多毛孢(Quambalaria cyanescens (de Hoog & G. A. de Vries) Z.W. de Beer, Begerow & R. Bauer)的真菌。该物种此前主要被认为是桉属(Eucalyptus)和伞房桉属(Cortyminbia)热带植物的共生菌,在俄罗斯尚未分离得到。我们发现蓝变拟盘多毛孢与白桦之间存在密切关联。在花粉样本以及柔荑花序的内部和外部、叶片和树枝表面均经常检测到这种微真菌。在调查区域内从未从其他植物物种中分离到该真菌。本文给出了该真菌的形态和培养特征、细胞超微结构及出现情况的数据,以及对分离菌株的系统发育分析。