Department of Plant Biology, University of Minnesota, St. Paul, MN 55108, USA.
Trends Microbiol. 2009 Nov;17(11):488-97. doi: 10.1016/j.tim.2009.08.001. Epub 2009 Sep 24.
The Fungi comprise a diverse kingdom of eukaryotes that are characterized by a typically filamentous but sometimes unicellular vegetative form, and heterotrophic, absorptive nutrition. Their simple morphologies and variable ecological strategies have confounded efforts to elucidate their limits, phylogenetic relationships, and diversity. Here we review progress in developing a phylogenetic classification of Fungi since Darwin's On the Origin of Species. Knowledge of phylogenetic relationships has been driven by the available characters that have ranged from morphological and ultrastructural to biochemical and genomic. With the availability of multiple gene phylogenies a well-corroborated phylogenetic classification has now begun to emerge. In the process some fungus-like heterotrophs have been shown to belong elsewhere, and several groups of enigmatic eukaryotic microbes have been added to the Fungi.
真菌包括一个多样化的真核生物王国,其特征是典型的丝状但有时是单细胞的营养体形式,以及异养、吸收营养。它们简单的形态和可变的生态策略使得阐明它们的界限、系统发育关系和多样性变得困难。在这里,我们回顾了自达尔文的《物种起源》以来真菌系统发育分类的发展。系统发育关系的知识是由可用的特征驱动的,这些特征范围从形态学和超微结构到生物化学和基因组。随着多个基因系统发育的出现,现在已经开始出现一个经过充分证实的系统发育分类。在这个过程中,一些类似真菌的异养生物已被证明属于其他生物,并且一些神秘的真核微生物群体已被添加到真菌中。