Although more isolates of pathogenic fungi than non-pathogens were tested, treating genus, species and isolate as random effects reduced the sampling bias; these results indicate a significant trend and highlight the powerful suite of CWDE produced by many plant pathogenic fungi.
However, this task is more difficult for pathogenic fungi by virtue of the small amount of data and small number of known interactions.
A recent study comparing the gene inventories of phytopathogenic versus free-living filamentous ascomycetes found that pectinolytic enzyme genes were more common in pathogenic fungi [ 18].
Elderly patients are more easily colonized by pathogenic fungi and have an increased incidence of C. glabrata fungemia, which has higher mortality rates as well as higher rates of resistance to fluconazole, especially after exposure to the drug.
This trait differentiates them from 'opportunistic' fungal pathogens that afflict immunodeficient individuals, since 'opportunistic' pathogenic fungi are more widely distributed in soil and plant vegetable matter.
With the abuse of clinical broad-spectrum antimicrobial agents, immunosuppressive agents, chemotherapy drugs, the emergence of pathogenic fungi resistance is more and more frequent.
Despite the difference in speeds, the speeds achieved with pathogenic fungi were more than adequate to move particles to a desired location near antigen presenting cells with ease.
According to the analysis between life styles and eight substrates including xylan and xyloglucan, pathogenic fungi showed more hydrolytic activities [ 4] implying the importance of these enzymes.
Mycosphaerella is a large genus of plant pathogenic fungi, composed of more than 3,000 species [ 1].
To date, our knowledge of the mycobiome suggests that interactions among fungi within an environment and between mycobiomes found in different body sites may play an important role in pathogenesis, and that the development of a broad-spectrum monoclonal antibody or a universal vaccine targeting multiple pathogenic fungi would be more promising than therapies targeting a single fungal species.
