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Hair Loss Cure Isn’t Here Yet, But Experimental Stem Cell Approach Looks Promising

  • January 30, 2015

Hats off to researchers in California. They’ve taken what appears to be a large step toward a growth of a cure for hair loss50 million group and 30 million women

The scientists, operative during a Sanford-Burnham Medical Research Institute in La Jolla, Calif., showed that branch cells subsequent from tellurian skin can be used to grow hair–at slightest in mice.

“The process is a noted alleviation over stream methods that rest on transplanting existent hair follicles from one partial of a conduct to another,” Dr. Alexey Terskikh, an associate highbrow during a hospital and a member of a group of researchers who demonstrated a initial technique, pronounced in a created statement. “Our branch dungeon process provides an total source of cells from a studious for transplantation and isn’t singular by a accessibility of existent hair follicles.”

In other words, distinct required hair transplantation and other hair replacement treatments now in use, a technique could–at slightest in theory–grow lots of hair on a heads of group and women who are totally bald.

That would be a really large deal.

“If this proceed is proven to work in humans, it will change existent treatments radically,” Dr. Nicole Rogers, a dermatologist and hair transplant surgeon in New Orleans, told The Huffington Post in an email.

Dr. Marie Jhin, a dermatologist in San Francisco and an accessory clinical instructor during Stanford University, echoed that assessment. If a diagnosis pans out, she told HuffPost Science in an email, it “absolutely would be a breakthrough.”

But Rogers pronounced there have been many “fits and starts” over a years as researchers have worked on other earnest hair-restoration techniques, adding that a Sanford-Burnham researchers face many challenges–including replicating their formula in large-scale tellurian trials.

The technique exploits a ability of tellurian pluripotent branch cells

Human dermal mammilla cells are unsuited for required hair transplants since they can't be performed in required numbers and they fast remove their hair-growing potency, according to a statement.

Terskikh wouldn’t jeopardy a theory as to when, if ever, a initial technique competence be accessible for use in humans. The subsequent step, he said, would be to find a partner to account destiny research.

A paper describing a research

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