Skin Below The Hair Follicle Can Regulate Fat Development
April 3, 2014

Bye Bye Baldness And Belly Bulge! New Discovery Could One Day Lead To Fat-Dissolving Cream

April Flowers for - Your Universe Online

One of the challenges of growing older, especially for men, is the loss of hair and the growth of the midsection. Hair loss alone is a 3.5 billion dollar a year industry in the US, according to the American Hair Loss Association.

A new study from the University of Melbourne and King's College London has revealed a link between hair growth and fat production. Specifically, the protein that activates hair follicle growth seems to inhibit fat production. This discovery could one day lead to a cream to dissolve fat, according to the researchers.

The ground-breaking study, published in the Proceedings of the National Academy of Sciences, confirms that changes in the hair growth cycle leads to fluctuations in the underlying fat layer of the skin. The research team, led by Professor Fiona Watt from King's College London, says that essentially, this means skin can regulate fat production.

Watt collaborated with Rodney Sinclair, Professor of Dermatology at the University of Melbourne and Epworth Hospital.

According to Sinclair, the results of their study could possibly be used as both a means to replace fat lost in scar tissue, or as a localized treatment for obesity.

"The specific chemicals identified in this study could be produced synthetically and used in creams for topical application to the skin to modulate growth of fat beneath the skin.”

“A cream could trim fat specifically where it was applied by ‘pausing’ the production of factors that contribute to fat cell growth.” he said.

Prior research long ago established the effect of changes in the fat tissues on the synchronized patterns of hair follicle growth.

“This is the first demonstration that the opposite also holds true in that the skin below the hair follicle can regulate the development of fat,” Professor Sinclair said.

These findings could have implications for the future treatment of obesity, male and female pattern baldness, and alopecia—an autoimmune condition that affects one to two percent of the general population, and can cause partial or complete hair loss over the entire body.