Vitiligo skin disorder and gray hair treatment may improve from modified protein, according to research. Many of us develop gray hair as we age, but some of us even see a few silver strands in our younger years. Gray hair is a result of oxidative stress via the accumulation of hydrogen peroxide in the hair follicle. Hair dye companies have found that the accumulation of hydrogen peroxide can be treated by a topical, UVB-activated compound called PC-KUS (a modified pseudocatalase). In the latest study, researchers found PC-KUS can also work to treat vitiligo, a skin condition.
Study author Karin U. Schallreuter said, “To date, it is beyond any doubt that the sudden loss of the inherited skin and localized hair color can affect those individuals in many fundamental ways. The improvement of quality of life after total and even partial successful repigmentation has been documented.”
The researchers analyzed 2,411 patients with vitiligo where 57 had segmental vitiligo (SSV) and 76 had mixed vitiligo. Patients with SSV showed the same oxidative stress in their eyelashes and skin as seen in graying hair.
Gerald Weissmann, M.D., editor-in-chief of The FASEB Journal, added, “For generations, numerous remedies have been concocted to hide gray hair. But now, for the first time, an actual treatment that gets to the root of the problem has been developed. While this is exciting news, what’s even more exciting is that this also works for vitiligo. This condition, while technically cosmetic, can have serious socio-emotional effects of people. Developing an effective treatment for this condition has the potential to radically improve many people’s lives.”
Vitiligo skin disorder treatment may improve from modified protein
Researchers at Loyola University Chicago Stritch School of Medicine found that vitiligo skin disorder treatment may improve from a modified protein. Previous studies found that a protein called HSP70i plays a vital role in the autoimmune response that causes vitiligo. HSP70i consists of 641 amino acids and so the researchers modified the amino acids to create a mutant HSP70i.
The researchers gave the mutant HSP70i to mice that developed vitiligo and the mice fur turned back to black. The same effects on the mice were also seen in human skin specimens.
There are currently no long-term treatments for vitiligo, so a mutant HSP70i may offer new treatment options in the future.
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