Posts Tagged: FUT

Is Hair Transplant to Recreate Dense Hairline Too Good to be True?

April 28th, 2009

Q: It’s a question that greatly concerns me because I’m investigating getting a transplant sometime next year. I’m 28 and thought I started balding at 26, but photographic evidence suggests it had started somewhere around age 24. I’m roughly a Class 2 now, and thanks to finasteride, I’ve stayed almost exactly where I was at 26 with some improvement (not really cosmetically significant though). However, I am convinced I have some crown and top of the scalp thinning too, but not to a visible degree.

These people getting these miraculous jobs from Canada – it is a trick, right? They can’t honestly expect to be able to get away with what they’ve done over the course of their entire lives, can they?

A: I think you have better insights into hair loss than many hair transplant surgeons. ABI was the “rare” patient who seems to be a stable Class 3. I made that judgment due to: almost no miniaturization at the border of his Class 3 recession, no crown miniaturization, and his unusual family history. He had several older family members who stayed at Class 3 their whole lives.

Since we only have about 6,000 movable follicular units on average in our donor area, placing 3,000 at the hairline is obviously a joke and/or the doctor is playing “Russian Roulette” with the patient’s future.

As you point out, in most patients the hair loss will progress and the person will be out of luck. It is similar to the way flap patients were stuck without additional donor hair as their hair loss progressed. An additional problem was that the flaps were low on the forehead and very dense. The situation is analogous to placing 100 grafts per sq cm2 to create a low, broad hairline in a young person.

If you do the math you can see how ridiculous this tactic is. A person’s original density is only 90-100 follicular units cm2. Patient with Class 6 hair loss lose hair over an area of about 300 cm2.

This consists of:

  • 50cm2 in the front (including a 15cm2 hairline)
  • 150 cm2 for the mid-scalp
  • 100 cm2 for the crown

Therefore, 6000 FUs transplanted to this area = 6000/300 = 20 FU per cm2. This is the number we often work with. We put up to 50cm2 at the very most in the mid-frontal forelock area and then proportionately less in other areas.

However, if you put 3,000 FUs at the hairline, in a density of 100/cm2, then you have covered only 30cm. This leaves only 3,000 FUs for the remaining 270cm2 of balding scalp for a density of a little over 11 FU/cm2.

Now, transplanting 11FU cm2 over the back part of the scalp is not a disaster EXCEPT if the front was transplanted at 100 per cm2. In this situation (as you have accurately pointed out) the patient will look very, very front heavy, with an aggressively placed, dense, broad, hairline and little hair to support it towards the back.

The gamble is that the patient’s baldness doesn’t progress, that finasteride or dutasteride can halt the process if it does progress, or that hair cloning methods will be available to save the day.

In my opinion, elective surgery should not be performed when its success depends upon these uncertainties – and particularly since a cosmetically disfiguring hair transplant can be so debilitating (and avoidable).

The reality is that doctors who claim to perform these procedures may not even be performing follicular unit transplantation. In FUT, the surgeon transplants naturally occurring intact FUs of 1-4 hairs. The extreme dense packing techniques preclude the use of 4- and sometimes even 3-hair grafts. What happens is that the larger FU are spit up. This doubles the graft counts (and the cost to the patient) without giving the patient any more hair. It also increases the risk of follicular damage and poor growth.

Patients in whom 10,000 follicular units are available to transplant are very rare and when they are shown on the internet, should be viewed as the exception rather than the rule.


Posted by Robert M. Bernstein M.D. at 6:05 am

Can Follicular Unit Extraction Hair Transplant Repair Scar on Scalp?

April 17th, 2009

Q: I wanted to determine if I would be a candidate for FUE (to camouflage a scar). After reading through your vastly informative website, I had become aware that the Fox test is necessary to determine patient viability for FUE. When I mentioned the test, I believe I heard you say it was unnecessary. Please confirm if a Fox test is, in fact, necessary.

A: I generally perform FOX tests on patients when I am considering a FUE hair transplant. I do not routinely perform FOX tests before repairs (or on eyebrow transplants) where the number of grafts is relatively small.

The purpose of FUE is to identify those patients in whom FUE is particularly inefficient — i.e. where there is a greater than average risk of damage during the harvest. If this is the case, I would not perform the hair transplant, since even slight inefficiencies create a significant problem when thousands of grafts are transplanted.

Remember, compared to Follicular Unit Transplant (FUT), FUE is a relatively inefficient procedure to begin with. Even when a small FUE hair transplant is performed (i.e., in a Norwood Class 3) we have to anticipate that eventually the person will need a large amount of grafts, so a FOX test is still important.

However, when the total number of grafts is small, such as in scar revisions or eyebrow restoration, small inefficiencies are not as important.

In addition, with repairs, the donor area is altered so that extraction in different areas may be very be different, rendering a FOX test in scar revisions far less useful.

Finally, if a FUE hair transplant is started, but then aborted due to extraction difficulties, the patient must either be reverted to a strip (which was not the preferred means of harvesting or a FUT would have been planned to begin with) or the patient will be left with a partial procedure – both less than ideal situations. However, if a FUE repair has to be aborted due to the inability to efficiently harvest hair, no harm was done; we just won’t be able to achieve our goal.


Posted by Robert M. Bernstein M.D. at 8:09 am

Dr. Bernstein Performs Hair Transplant on Fox News Hair Loss Special

March 16th, 2009

Dr. Robert M. Bernstein — of Bernstein Medical – Center for Hair Restoration — performs a follicular unit hair transplant on television as part of a Fox News NY special segment on hair loss and hair transplantation. Dr. Bernstein uses the FUT procedure to correct hair loss and camouflage scarring that resulted from the surgical removal of a large skin cancer on the patient’s scalp.

Watch a 1-minute video clip of the program:


Posted by Robert M. Bernstein M.D. at 12:19 pm

Dr. Bernstein’s “Hair Transplant Today” Webinar

February 19th, 2009

Q: I heard Dr. Bernstein held a Webinar this month, but I wasn’t able to attend. Is there anywhere I can hear it?

A: Yes, the Webinar was titled “Hair Transplant Today” and it covered new concepts in the diagnosis of hair loss, the follicular unit hair transplant procedure, follicular unit extraction, hair cloning, and other aspects of hair transplantation.

View the complete “Hair Transplant Today” webinar at Blip.tv or watch the video below (8 minutes, 8 seconds):


Posted by Robert M. Bernstein M.D. at 1:20 pm

Can One Have Hair Transplant to Cover Single Bald Patch?

December 16th, 2008

Q: I just started to lose my hair but it’s just in one spot, like a circle on the left side of my head. Do you ever do a hair transplant just into a bald spot and not the whole head?

A: It is possible to have a hair restoration procedure into a single bald spot. However, it would be most beneficial to first determine the cause of the condition.

Bald spots caused by alopecia areata (an autoimmune disease) are best treated with injections of steroids into the scalp, rather than with a hair transplant. In fact, the transplanted hair can be rejected in patients with this condition.

Traumatic scars (i.e. from an accident) can be treated with follicular unit hair transplantation as the hair grows quite well in scar tissue, as long as the scar in scar tissue, as long as the scar is not thickened (hypertrophic).


Posted by Robert M. Bernstein M.D. at 6:54 am



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