University of Pretoria, Private Bag X20, Hatfield 0028, South Africa.
FEMS Microbiol Ecol. 2020 Nov 25;96(12). doi: 10.1093/femsec/fiaa224.
Nearly all microbes, including fungi, grow firmly attached to surfaces as a biofilm. Yet, attention toward fungal interactions with plants and the environment is dedicated to free-floating (planktonic) cells. Fungal biofilms are generally thought to configure interactions across and among plant populations. Despite this, plant fungal biofilm research lags far behind the research on biofilms of medically important fungi. The deficit in noticing and exploring this research avenue could limit disease management and plant improvement programs. Here, we provide the current state of knowledge of fungal biofilms and the different pivotal ecological roles they impart in the context of disease, through leveraging evidence across medically important fungi, secondary metabolite production, plant beneficial functions and climate change. We also provide views on several important information gaps potentially hampering plant fungal biofilm research, and propose a way forward to address these gaps.
几乎所有微生物,包括真菌,都会牢固地附着在表面形成生物膜。然而,人们对真菌与植物和环境的相互作用的关注主要集中在自由漂浮(浮游)细胞上。真菌生物膜通常被认为可以调节植物种群之间和内部的相互作用。尽管如此,植物真菌生物膜的研究远远落后于医学上重要真菌的生物膜研究。这种忽视和探索这一研究途径的不足可能会限制疾病管理和植物改良计划。在这里,我们提供了真菌生物膜的当前知识状态,以及它们在疾病背景下通过利用医学上重要的真菌、次生代谢产物的产生、植物有益功能和气候变化等方面的证据所赋予的不同关键生态作用。我们还就可能阻碍植物真菌生物膜研究的几个重要信息差距提出了看法,并提出了一种解决这些差距的方法。