Targeting Genetic Abnormalities In Deeper Layers
Of The Skin
A New topical treatment
for psoriasis
Psoriasis
is a chronic autoimmune skin disorder that significantly impacts a patient’s
quality of life. The overactive immune system triggers skin cells to grow
rapidly and then form psoriatic plaques. The new topical treatment is by
targeting genetic abnormalities in deeper layers of the skin. A combination anti-psoriasis therapy has potential for superior
and longer-lasting therapeutic effects than current topical treatments.
Researchers
based at the Florida
Agricultural and Mechanical University have
developed a topical formulation of a gene-regulating nanoparticle. The particle
carries two nucleic acids, which controls the skin cells from developing
psoriatic plaques and suppresses inflammation.
To
test the effectiveness of the new formulation, the research team used the Psoriasis Area and Severity Index (PASI), a clinical scoring system from 0–4, with
four being the most severe. Before treatment, the psoriatic plaque-like mouse
model had a score of four, with increased inflammation and skin thickening, which
confirmed their impaired natural healing. The PASI score decreased to zero
after five days of the new treatment.
The
next stage of the research is to test in humanized mouse models with psoriasis
plaque and conduct toxicology tests. From this, if the tests continue to be
successful, human trials will be considered.
Reference: http://www.digitaljournal.com/article/362223
Jasim sabith
Sr.Lecturer
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