The fungal specific velvet domain mediates DNA-binding and protein-protein interaction and
is structurally similar to the Rel homology domain of the mammalian immune and infection …

The velvet regulators VosA and VelB are primarily involved in spore maturation and
dormancy. Previous studies found that the VosA-VelB hetero-complex coordinates certain …

The multifunctional regulator VelB physically interacts with other velvet regulators and the
resulting complexes govern development and secondary metabolism in the filamentous …

Filamentous Aspergillus spp. are the most common fungi in our environment and can be
beneficial and/or pathogenic to humans. Many Aspergillus spp. reproduce by forming …

The velvet gene, or veA, is a fungal global regulator that has been shown to control diverse
cellular processes, including asexual and sexual development. This regulator is conserved …

Fungal development and secondary metabolism is intimately associated via activities of the
fungi‐specific velvet family proteins. Here we characterize the four velvet regulators in the …

Fungal development and secondary metabolism is intimately associated via activities of the
fungi-specific velvet family proteins including VeA, VosA, VelB and VelC. Among these, VelC …

Fungal development and secondary metabolism are closely associated via the activities of
the fungal NK-kB-type velvet regulators that are highly conserved in filamentous fungi. Here …

Filamentous fungi produce a number of small bioactive molecules as part of their secondary
metabolism ranging from benign antibiotics such as penicillin to threatening mycotoxins …

The NF-κB-like velvet domain protein VosA (v iability ofs pores) binds to more than 1,500
promoter sequences in the filamentous fungus Aspergillus nidulans. VosA inhibits …