Filamentous fungi are well-known for their efficiency in producing valuable molecules of
industrial significance, but applications of fungal biomass remain relatively less explored …

Since the very first steps of space exploration, fungi have been recorded as contaminants,
hitchhikers, or as part of missions' crews and payloads. Because fungi can cause human …

Filamentous fungi produce a wide range of relevant biotechnological compounds. The close
relationship between fungal morphology and productivity has led to a variety of analytical …

CRISPR technology has revolutionized fungal genetic engineering by accelerating the pace
and expanding the feasible scope of experiments in this field. Among various CRISPR-Cas …

Controlling the morphology of filamentous fungi is crucial to improve the performance of
fungal bioprocesses. Microparticle‐enhanced cultivation (MPEC) increases productivity …

While the biological role of naturally occurring nitric oxide (NO) in filamentous fungi has
been uncovered, the underlying molecular regulatory networks remain unclear. In this study …

The high demand for keratinolytic enzymes and the modest presentation of fungal
keratinase diversity studies in scientific sources cause a significant interest in identifying …

The present study focuses on the uses of the marine-derived biopolymers collagen and
chitin/chitosan according to registered patents and scientific publications. Both biopolymers …

Extensive use of pesticides and herbicides in the agricultural fields for the safeguard of
crops engenders huge concern regarding pollution of these agricultural fields as well as …

Background Filamentous fungi are used as industrial cell factories to produce a diverse
portfolio of proteins, organic acids, and secondary metabolites in submerged fermentation …