The anti pathogen roles of γδ T cells, a unique subpopulation of T cells with invariant T cell receptor and innate-like properties, has gained much attention lately, especially due to their role in secretion of IL-17A [29].
Such an anti-pathogen role is the most likely explanation for rapid evolution of SEP53.
As modern diagnostics reveals in most patients a multitude of pathogens, the role of each pathogen should be re-evaluated.
We have already described this pathogen's role in community-acquired pneumonia and influenza complications.
Because this Roseomonas sp. is not a common pathogen, its role in public health and veterinary medicine is unkown.
Mycobacterium avium subspecies paratuberculosis (MAP) is an important pathogen whose role in autoimmune diseases such as Crohn's disease and diabetes has been debated [ 1- 4].
C. hominis was identified as the species infecting the patient's respiratory tract, a finding that strengthens evidence regarding this pathogen's role in human disease.
These interactions describe the pathogen's role in the community of immune factors and other pathogens, and hence the immunophenotype encompasses several of the definitions of the concept of the ecological niche.
Isoflavone reductase-like protein 3 (GSVIVT00019233001, +31 fold in INF vs CON) also has a potential pathogen resistance role because it is involved in biosynthesis of isoflavonoid phytoalexins [ 82], an important product in resistance to pathogen infection [ 83, 84].
Third, while SA is important for resistance to biotrophic pathogens, its role in defense against necrotrophic pathogens is limited, if any.
Both AtSERK3 and AtSERK4 (also called BAK1-LIKE 1 (BKK1)) have been linked to programmed cell death, which can function in both developmental and pathogen defence roles [ 20, 27].
