The phrase "a pathogenic state" is correct and usable in written English.
It can be used in contexts related to health, medicine, or biology to describe a condition that is caused by pathogens, such as bacteria or viruses.
Example: "The patient was diagnosed with a pathogenic state that required immediate medical intervention."
Alternatives: "an infectious condition" or "a disease state".
Our data indicate that rHsp65 is one of the managers with a significant impact over the immune response during autoimmunity, skewing it to a pathogenic state, promoting both Th1 and Th17 commitment.
Our data suggest that Hsp65 has pathological significance during the ocular autoimmune disease by increasing the immune response associated with an expansion of CD4+IFN-γ+ and CD4+IL-17+ T cells, probably by skewing it to a pathogenic state, promoting both Th1 and Th17 commitment.
Liver cirrhosis is a pathogenic state typically caused by chronic alcohol consumption or viral hepatitis infection, resulting in a profound scarring of the liver.
Each of these, by themselves, would have a very small effect on risk, but when the collective burden of such alleles passes a putative threshold, the system would be pushed into a pathogenic state.
While eae is strongly correlated with Shiga toxin, the adherence phenotype conveyed may be sufficient to cause a pathogenic state because 4 of the clinical isolates investigated contained only the eae gene.
When there is a breach in the host defenses enabling access, S. aureus can convert to a pathogenic state and secrete an impressive array of toxins, hemolysins, and degratory enzymes [ 40], causing damage to host tissues.
CD4+ T cells from persistently infected deer mice display a Foxp3+ phenotype, indicative of T regulatory cells, and this may be a mechanism in which the deer mouse avoids an inflammatory-mediated pathogenic state [43].
In order to establish a successful method for in vitro infection of P. cajani, a standardised protocol is needed to culture at its pathogenic state and to isolate the zoospores.
S. aureus is a human commensal that resides in a non-pathogenic state in the nasal airways.
B. burgdorferi, the causative agent of Lyme disease, has a complex life cycle in which the microbe resides in widely divergent environments that include the midgut of the Ixodes tick, tick salivary glands, and in its pathogenic state within the mammalian reservoir when passed to the inadvertent human host [1].
This pathogenic state was caused by the impairment of PINK1-mediated mitophagy.
