Background Within the last years, numerous reports described successful application of the
CRISPR nucleases Cas9 and Cpf1 for genome editing in filamentous fungi. However, still a …

Filamentous fungi play an important role in human health and industrial/agricultural
production. With the increasing number of full genomes available for fungal species, the …

Background CRISPR technology has revolutionized fungal genetic engineering by
increasing the speed and complexity of the experiments that can be performed. Moreover …

Due to their biotechnological relevance as well as their importance as disease agents,
filamentous fungi and oomycetes have been prime candidates for genetic selection and in …

Filamentous fungi represent an invaluable source of pharmaceutically active compounds.
The development of versatile methods to genetically manipulate filamentous fungi is of great …

Filamentous fungi have wide applications in biotechnology. The CRISPR/Cas9 system is a
powerful genome-editing method that facilitates genetic alterations of genomes in a variety …

Filamentous fungi have several industrial, environmental, and medical applications.
However, they are rarely utilized owing to the limited availability of full‐genome sequences …

Functional genomics of filamentous fungi has gradually uncovered gene information for
constructing 'cell factories' and controlling pathogens. Available gene manipulation methods …

In recent years, a variety of genetic tools have been developed and applied to various
filamentous fungi, which are widely applied in agriculture and the food industry. However …

Background CRISPR-Cas genome editing technologies have revolutionized
biotechnological research particularly in functional genomics and synthetic biology. As an …