Microbiology, Department of Biology, Utrecht University, Padualaan 8, 3584 CH, Utrecht, The Netherlands.
Curr Opin Biotechnol. 2019 Oct;59:65-70. doi: 10.1016/j.copbio.2019.02.010. Epub 2019 Mar 19.
Filamentous fungi have been used for more than a century as versatile and highly productive cell factories. They are used to produce enzymes and small molecule compounds such as antibiotics and organic acids. Filamentous fungi are now also being explored for the production of sustainable materials that can for instance replace plastics. Mutagenesis and genetic modification are used to improve performance of production strains. Single cell technologies and bulk sample analysis are novel strategies to identify genes that can be used for genetic modification of production strains. Such genes may for instance be involved in fungal reproduction and hyphal heterogeneity. These differentiation processes have recently been implicated to affect production of enzymes and small molecule compounds. Finally, use of mixed cultures instead of monocultures can be a strategy to improve production processes.
丝状真菌作为多功能且高产的细胞工厂已经使用了一个多世纪。它们被用于生产酶和小分子化合物,如抗生素和有机酸。现在,丝状真菌也被用于生产可持续材料,例如可以替代塑料的材料。诱变和遗传修饰用于提高生产菌株的性能。单细胞技术和批量样品分析是鉴定可用于生产菌株遗传修饰的基因的新策略。例如,这些基因可能参与真菌繁殖和菌丝异质性。这些分化过程最近被认为会影响酶和小分子化合物的生产。最后,使用混合培养而不是单培养可以是一种改进生产过程的策略。