Filamentous fungi constitute a large group of eukaryotic microorganisms that grow by
forming simple tube-like hyphae that are capable of differentiating into more-complex …

Reactive oxygen species (ROS) play a major role in pathogen-plant interactions: recognition
of a pathogen by the plant rapidly triggers the oxidative burst, which is necessary for further …

Fungal response to any stress is intricate, specific, and multilayered, though it employs only
a few evolutionarily conserved regulators. This comes with the assumption that one …

The ability of pathogenic fungi to switch between a multicellular hyphal and unicellular yeast
growth form is a tightly regulated process known as dimorphic switching. Dimorphic …

There is extensive and unequivocal evidence that secondary metabolism in filamentous
fungi and plants is associated with oxidative stress. In support of this idea, transcription …

All living organisms, whether they be single-or multicellular, actively interact with their
surrounding environments and modulate their physiological status to maintain cellular …

Fungi utilize a phosphorelay system coupled to a MAP kinase module for sensing and
processing environmental signals. In Aspergillus nidulans, response regulator SskA …

Stress-sensing in fungi depends on a signalling cascade comprised of a two-component
phosphorylation relay plus a subsequent MAP kinase cascade to trigger gene expression …

Environmental stimuli trigger an adaptative cellular response to optimize the probability of
survival and proliferation. In eukaryotic organisms from mammals to fungi osmotic stress …

The production of host‐selective toxins by the necrotrophic fungus Alternaria alternata is
essential for the pathogenesis. A. alternata infection in citrus leaves induces rapid lipid …