Nov. 4, 2004 -- Balding men and women take note. Hair cloning -- the next hair
restoration remedy -- is on the way.
OK, it's not exactly cloning, although that's what it's come to be called.
Researchers working to perfect the new technique prefer the term "hair
And no, it's not ready for prime time. Not yet, says Ken Washenik, MD, PhD.
Washenik is medical director for Bosley, the giant hair restoration company
that's one of several firms racing to bring hair multiplication to market. He's
also clinical assistant professor of dermatology at New York University Medical
"There is no doubt it will be a tremendous breakthrough," Washenik tells
WebMD. "It is the thing people have been waiting for. There have been so many
remedies for hair
losshair loss that didn't
pan out. This is one that really looks like it is going to happen -- and happen
in the next few years."
It's not just hype, says hair researcher George Cotsarelis, professor of
dermatology and director of the hair and scalp clinic, at the University of
Pennsylvania School of Medicine in Philadelphia. Cotsarelis consults for
Bosley, but is not involved in the company's research program.
"It is hard to predict whether they will be successful, but there is good
evidence that will happen," Cotsarelis tells WebMD. "It is not quackery -- they
are not charlatans. It is based on real scientific knowledge. But there are a
lot of hurdles still to overcome."
The promise of early research often evaporates in the harsh light of
clinical testing. Yet Washenik predicts that hair multiplication will be
available for hair restoration in three or four years.
The hair follicle is a tiny organ with an odd power: It contains stem
cells that can regenerate it.
At the base of the follicle is the hair bulb, where wildly growing matrix
cells become hair. A little farther up the follicle is the mysterious feature
called the bulge. That's where follicle stem cells live.
When they get the right set of chemical signals, these self-renewing cells
divide. They don't divide like normal cells, in which both halves become new
cells that keep splitting and developing. Only one half of the follicle stem
cell does that. The other half becomes a new stem cell, and stays put for