Now, heal wounds faster with new therapy

Updated on Mar 27, 2015 04:38 PM IST

People can soon cut down the time taken to heal their everyday cuts and burns by half with the help of a new therapy developed by researchers at the Albert Einstein College of Medicine of Yeshiva University in New York.

People-can-soon-cut-down-the-time-taken-to-heal-their-everyday-cuts-and-burns-by-half-with-the-help-of-a-new-therapy-Shutterstock
People-can-soon-cut-down-the-time-taken-to-heal-their-everyday-cuts-and-burns-by-half-with-the-help-of-a-new-therapy-Shutterstock
IANS | By, New York

People can soon cut down the time taken to heal their everyday cuts and burns by half with the help of a new therapy developed by researchers at the Albert Einstein College of Medicine of Yeshiva University in New York.

Details of the therapy, which was successfully tested in mice, were published online in the Journal of Investigative Dermatology.

"We envision that our nanoparticle therapy could be used to speed the healing of all sorts of wounds, including everyday cuts and burns, surgical incisions, and chronic skin ulcers, which are a particular problem in the elderly and people with diabetes," said study co-leader David Sharp, professor of physiology & biophysics at Einstein.

The researchers discovered that an enzyme called fidgetin-like 2 (FL2) puts the brakes on skin cells as they migrate towards wounds to heal them. They reasoned that the healing cells could reach their destination faster if their levels of FL2 could be reduced.

So they developed a drug that inactivates the gene that makes FL2 and then put the drug in tiny gel capsules called nanoparticles and applied the nanoparticles to wounds on mice. The treated wounds healed much faster than untreated wounds.

FL2 belongs to the fidgetin family of enzymes, which play varying roles in cellular development and function.

To learn more about FL2's role in humans, Sharp suppressed FL2's activity in human cells in tissue culture. When those cells were placed on a standard wound assay (for measuring properties like cell migration and proliferation), they moved unusually fast.

"This suggested that if we could find a way to target FL2 in humans, we might have a new way to promote wound healing," Sharp said.

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