Here we analyzed the effects of cat-3-null strains on growth and asexual development.

This procedure was used to try to tag new genes involved in the asexual development of this fungus.

We use asexual development of Neurospora crassa as a model system with which to determine the causes of cell differentiation.

The balance between sexual and asexual development as well as the amount of secondary metabolites produced is controlled by light.

Loss of the parasite TRiC-θ led to a severe growth defect in asexual development, but did not alter protein export into the RBC.

Transcript levels of rosA were usually very low and were only transiently upregulated upon carbon starvation and at 12 hr of asexual development.