Previous studies have reported the ability of fungi to overwinter in soil or on crop debris
under different environmental conditions, but how fungi adapt to chilling is still largely …

The fungal plant pathogen Verticillium dahliae is the causal agent of vascular wilt, a disease
that can seriously diminish cotton fiber yield. The pathogenicity mechanism and the identity …

In the face of carbon, nitrogen, and phosphorus starvation, microorganisms have evolved
adaptive mechanisms to maintain growth. In a previous study, we identified a protein …

In the establishment of plant-rhizobial symbiosis, the plant hosts express nodulin proteins
during root nodule organogenesis. A limited number of nodulins have been characterized …

Reactive oxygen/nitrogen species (ROS/RNS) play a fundamental role in plant–fungal
interactions. How pathogenic fungi manipulate plant‐derived ROS/RNS is of importance to …

During pathogenic infection, hundreds of proteins that play vital roles in the Verticillium
dahliae-host interaction are secreted. In this study, an integrated proteomic analysis of …

Verticillium dahliae is a xylem‐invading fungal pathogen that causes vascular wilt in a wide
range of angiosperms. The pathogen uses a variety of virulence factors to invade and …

Verticillium dahliae is a soilborne phytopathogenic fungus causing Verticillium wilt on
hundreds of plant species. Several sequenced genomes of V. dahliae are available, but …

Verticillium dahliae causes wilt diseases and early senescence in numerous plants,
including agricultural crops such as cotton. In this study, we studied two closely related V …

In fungal cells, a phosphate (Pi) responsive signaling and metabolism (PHO) pathway
regulates Pi-homeostasis. NUC-2/PHO81 and its homologs are one of the most important …