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Sordaria sp. has been a model for study of fruiting-body differentiation in fungi. Several environmental factors, including light, affect cellular and morphological changes during multicellular tissue development. Here, we created a light-oxygen-voltage-sensing (LOV) domain-deletedSfwc-1 mutant to study blue-light photoresponses inSordaria fimicola . Phototropism and rhythmic zonation of perithecia were defective in theSfwc-1 ( Δlov ) mutant. Moreover, fruiting-body development in the mutant was reduced and also significantly delayed. Gene expression analysis and subcellular localization study further revealed the light-induced differential gene expression and cellular responses upon light stimulation inS. fimicola .

applied and environmental microbiology

The Blue-Light Photoreceptor <i>Sfwc-1</i> Gene Regulates the Phototropic Response and Fruiting-Body Development in the Homothallic Ascomycete <i>Sordaria fimicola</i>

The Blue-Light Photoreceptor Sfwc-1 Gene Regulates the Phototropic Response and Fruiting-Body Development in the Homothallic Ascomycete Sordaria fimicola