Urquhart Andrew S, Idnurm Alexander
Commonwealth Scientific and Industrial Research Organisation, Saint Lucia, QLD 4067, Australia.
Applied Biosciences, Macquarie University, Macquarie Park, NSW 2113, Australia.
J Fungi (Basel). 2023 Feb 22;9(3):285. doi: 10.3390/jof9030285.
Whole genome sequencing is rapidly increasing phylogenetic resolution across many groups of fungi. To improve sequencing coverage in the genus (), we report nine new genomes representing five different species. Phylogenetic comparison between these genomes and those reported previously showed that is a distinct species from its close relative . The independence of is supported by analysis of overall gene identify (via BLAST), differences in secondary metabolism and an inability to form ascomata when paired with a fertile strain of opposite mating type. Furthermore, whole genome sequencing resolves the clade into three separate species, one of which lacked a valid name that is now provided.
全基因组测序正在迅速提高许多真菌类群的系统发育分辨率。为了提高（）属的测序覆盖率，我们报告了代表五个不同物种的九个新的（）基因组。这些基因组与先前报道的基因组之间的系统发育比较表明，（）与其近缘种（）是不同的物种。通过对整体基因同一性（通过BLAST）的分析、次生代谢的差异以及与具有相反交配型的可育（）菌株配对时无法形成子囊果，支持了（）的独立性。此外，全基因组测序将（）分支解析为三个独立的物种，其中一个没有有效的名称，现在已给出。
