Mankel A, Kost G, Kothe E
Philipps-Universität, Fachbereich Biologie, Marburg.
Microbiol Res. 1999 Jan;153(4):377-88. doi: 10.1016/S0944-5013(99)80053-6.
The internal transcribed spacer sequences spanning the regions between the 17S and 25S rRNAs (ITS1 and ITS2) and including the complete sequence of the 5.8S rRNA were used for phylogenetic analyses. This approach to define phylogenetic relationships within the genus Tricholoma was tested using different isolates of T. terreum. Fruitbodies identified in nature were analysed in order to allow use of morphology for taxonomy. The isolates from different locations were closely related as could be expected for one species. Thus, the method could be applied to different Tricholoma species. Three clusters within the genus Tricholoma can be distinguished with four additional species not included in any of these clusters. Molecular analyses of two Cortinarius species confirm a phylogenetically distinct genus.
跨越17S和25S rRNA之间区域(ITS1和ITS2)并包含5.8S rRNA完整序列的内部转录间隔区序列用于系统发育分析。使用不同的土生口蘑分离株测试了这种在口蘑属内定义系统发育关系的方法。对在自然界中鉴定出的子实体进行了分析,以便将形态学用于分类学。正如对一个物种所预期的那样,来自不同地点的分离株密切相关。因此,该方法可应用于不同的口蘑物种。口蘑属内可区分出三个簇,还有四个额外的物种未包含在这些簇中的任何一个中。对两种丝膜菌属物种的分子分析证实了一个系统发育上独特的属。