Hydrophobins are central to developmental processes of filamentous fungi. HCf-1 and HCf-6
are two of the six hydrophobins identified in the plant pathogenic fungus Cladosporium …

Hydrophobins are amphipathic molecules which form part of fungal cell walls and
extracellular matrices and perform a variety of roles in fungal growth and development. The …

Hydrophobins are ubiquitous proteins of fungal walls forming an outer layer on hyphae and
conidia. Surface hydrophobins may play a role in the establishment of biotrophy by masking …

Six hydrophobin genes (HCf-1 to-6) have thus far been identified in the tomato pathogen
Cladosporium fulvum. HCf-1 to-4 are Class I hydrophobins and HCf-5 and-6 are Class II …

A hydrophobin, named HCF-1, was isolated from the culture medium of Cladosporium
fulvum, the causal agent of tomato leaf mould. The protein forms insoluble aggregates when …

Hydrophobins are among the most important structural proteins produced by fungi. Their
least-understood function is how they act to promote infection-related morphogenesis …

Five different hydrophobin-encoding cDNA clones from Cladosporium fulvum were isolated
from cDNA libraries, made from nutrient-depleted mycelium. One cDNA clone was identical …

C. fulvum, a fungal tomato pathogen, has previously been shown to express a complex
family of hydrophobin genes including four class I hydrophobins and one class II …

Background Filamentous fungi produce small cysteine rich surface active amphiphilic
hydrophobins on the outer surface of cell walls that mediate interactions between the fungus …

Hydrophobins are small proteins thought to be ubiquitous in filamentous fungi. They are
usually secreted and are found on the outer surfaces of cell walls of hyphae and conidia …