毛壳菌科(Chaetomiace)分类及分子系统发育研究摘要毛壳菌营腐生,是有较强分解纤维素能力的类群。本文在对前人的研究工作进行回顾与总结的基础上,对毛壳菌科的属、种划分标准给予全面的评价。赞同属的划分主要以子囊果、子囊抱子的形态结构、附属丝的有无和无性态特征为依据。·对于种的划分,因子囊饱子的形态结...
stellatis sp. nov. 进行了鉴定描述。 2、采用 28S rDNA基因序列、 18S rDNA基因序列、 rDNA-ITS 基因序列、 cytb 序列和 EF-1α基因序列,研究了毛壳科 Chaetomiaceae 真菌的系统发育关系,证实毛壳属 Chaetomium (含法氏壳属 Farrowia )、无毛毛壳属 Achaetomium、棒囊壳属 Corynascus、梭孢壳属 Thielavia ...
对毛壳属Chaetomium新种北疆毛壳Ch.beijiangensissp.nov.和赤峰毛壳Ch.chiifengensissp.nov.;无毛毛壳属Achaetomium新种小孢无毛毛壳A.microsporumsp.nov.和星无毛毛壳A.stellatissp.nov.进行了鉴定描述。2、采用28SrDNA基因序列、18SrDNA基因序列、rDNA-ITS基因序列、cytb序列和EF-1α基因序列,研究了毛壳科...
Chaetomium ampulliellum sp. nov. (Chaetomiaceae, Ascomycota) and similar species from China, ArtículoChaetomium ampulliellum sp. nov. is described and illustrated. The new species is compared with two closely related taxa from China, C. seminudum and C. homopilatum, a species newly recorded ...
stellatis sp. nov.进行了鉴定描述。 2、采用28S rDNA基因序列、18S rDNA基因序列、rDNA-ITS基因序列、cytb序列和EF-1α基因序列,研究了毛壳科Chaetomiaceae真菌的系统发育关系,证实毛壳属Chaetomium (含法氏壳属Farrowia)、无毛毛壳属Achaetomium、棒囊壳属Corynascus、梭孢壳属Thielavia、毛喙壳属Chaetomidium为...
Wang X-W, Zheng R-Y (2005) Chaetomium acropullum sp. nov.( Chaetomiaceae, Ascomycota ), a new psychrotolerant mesophilic species from China. Nova Hedwigia 80:413–417Wang XW,Zheng RY. Chaetomium acropullum sp.nov.(Chaetomiaceae,Ascomycota),a new psychrotolerant mesophilic species from China[...
stellatis sp. nov.进行了鉴定描述。 2、采用28S rDNA基因序列、18S rDNA基因序列、rDNA-ITS基因序列、cytb序列和EF-1α基因序列,研究了毛壳科Chaetomiaceae真菌的系统发育关系,证实毛壳属Chaetomium (含法氏壳属Farrowia)、无毛毛壳属Achaetomium、棒囊壳属Corynascus、梭孢壳属Thielavia、毛喙壳属Chaetomidium为...
We describe Allocanariomyces tritici gen et sp. nov. and Achaetomium aegilopis sp. nov. as seed endophytes of Triticum boeoticum and Aegilops triuncialis , respectively, in the west and northwestern Iran using morphological traits and sequences of the internal transcribed spacer regions 1 and ...
Eight diketopiperazines including five previously unreported derivatives were isolated from an endophytic fungus cultured from the medicinal plant Globularia alypum collected in Algeria. The strain was characterised by means of morphological studies and molecular phylogenetic methods and was found to represent...