Association of Interleukin 17 in Antifungal Insusceptibility: The Systematic Review and Metaanalysis
Yeyen Jani Sari Dabukke
1210
ABSTRACT
The study of interleukin-17 (IL-17) has gotten
a lot of attention in the last decade because of the cytokine's role in
psoriasis and other autoinflammatory disorders, as well as the success of
IL-17-targeting therapy in patients with these diseases. Pathologies caused by
the cytokine IL-17 are distinct from those caused by the cytokine's beneficial
effects. To conduct this research, we used a meta-analysis in which we searched
Google Scholar, PubMed, and CrossRef using the keywords "fungal" and "IL-17."
The author analysed five papers after the final screening. Border tissue
colonisation can be controlled by IL-17, according to the study results. C.
albicans is an extremely infectious pathogen, and IL-17 plays a critical role
in protecting the host from the disease. There is evidence that IL-17 can also
protect against species other than C. albicans, however. Anti-common pathogen
defences might, under certain circumstances, lead to aggravation with
undesirable consequences for the host, thereby giving parasites an entirely new
role as disease-promoting components apart from their previous role as
potential irresistible operators..
Keywords: Immunity, Covid
19, IL-17, Antifungal
ABSTRACT
The study of interleukin-17 (IL-17) has gotten
a lot of attention in the last decade because of the cytokine's role in
psoriasis and other autoinflammatory disorders, as well as the success of
IL-17-targeting therapy in patients with these diseases. Pathologies caused by
the cytokine IL-17 are distinct from those caused by the cytokine's beneficial
effects. To conduct this research, we used a meta-analysis in which we searched
Google Scholar, PubMed, and CrossRef using the keywords "fungal" and "IL-17."
The author analysed five papers after the final screening. Border tissue
colonisation can be controlled by IL-17, according to the study results. C.
albicans is an extremely infectious pathogen, and IL-17 plays a critical role
in protecting the host from the disease. There is evidence that IL-17 can also
protect against species other than C. albicans, however. Anti-common pathogen
defences might, under certain circumstances, lead to aggravation with
undesirable consequences for the host, thereby giving parasites an entirely new
role as disease-promoting components apart from their previous role as
potential irresistible operators..
Keywords: Immunity, Covid
19, IL-17, Antifungal