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Greetings,

I am often when the best time is to have a hair transplant procedure. There are many different ways to answer this question.

Firstly, I prefer not to operate on patients much younger than 25. My feeling is that in younger patients with severe hair loss, it may be difficult to ascertain the final degree of balding the patient will have, so it is important to proceed in a very conservative manner with younger patients. I also typically recommend a regimen of Propecia and Rogaine in younger patients to slow down the progression of the hair loss.

Some patients come to me and wonder if they have enough hair loss to undergo a procedure. Every case is different, but in general if you can see loss in any region of your scalp there is a good chance that you are a candidate for a hair transplant in that region.

Finally, I am always asked what time of the year is best for a hair transplant. The answer to this is any time of the year is a good time for a hair transplant. The ideal time rarely presents itself, so the best time to have a hair transplant is anytime you are able to carve out a day. For the first 10-12 days after the procedure I do not want my patients engaging in any strenuous activity. Also, for the first 3-4 months after the procedure I prefer that my patients wear a hat when they are in the sun for extended periods of time.

There are many factors that come info play when deciding the best time to have a hair transplant procedure. Most importantly, find the right Doctor that you connect with, and then the timing will work itself out.

All the best,

Marc Dauer, MD

Greetings,

Today I will discuss donor density and how it affects the hair transplant procedure. Donor density is the amount of follicles per cm squared in the donor region. A secondary factor relating to density is the hair count, which is the number of hairs in the donor region. This is determined by finding the average follicular density per cm squared and then the average number of hairs per follicle and multiplying the two numbers. The average scalp has between 60-100 follicular units per cm squared and the average hair count is between 2.3-2.7 hairs per follicle. If the majority of the follicles are 2 hair follicles as opposed to 3 hair follicles then the overall hair count will be less. This is why not only the number of follicles is important, but the average number of hairs per follicle as well. The higher the hair count and follicle count, the greater the donor density. The greater the donor density the more hair that can be moved from the donor region to the areas of thinning. The donor region is an unchangeable area whether we do FUE or FUT to harvest the donor hair in the hair transplant procedure. This is why a high donor density and high donor hair count will lead to the ability to move more donor follicles to the areas of thinning.

I hope this helps to clarify donor density and how it impacts a hair transplant procedure.

All the best,

Marc Dauer, MD

Greetings,

Today I will discuss my approach to younger patients that seek out hair transplant procedures. It is very important that he hair transplant surgeon proceeds slowly and carefully in younger patients. It is not uncommon for young men in their early 20’s to approach me seeking hair transplantation. The issue is that in individuals this young it is very hard to accurately determine how severe their hair loss will ultimately be. Thus it is difficult to assess an accurate treatment plan over the long term, which is an essential component of our jobs as hair transplant surgeons. Since every individual only has a finite amount of donor follicles to donate to the areas of balding, we need to have a course of action for not only the amount of hair loss that the patient has at the moment, but the eventual end point of the patients hair loss in the future. This is so we can conserve donor hair for the future for the affected areas that will need it later. Sometimes young men in their early 20s wish to have their hairline restored to the way it was only a few years prior. This is not a good approach as is can result in an unnaturally low hairline later with not enough donor hair to fill in all the areas of baldness behind it.

I prefer to start my younger patients on Propecia and Rogaine which can help restore some hair, and in many cases greatly slow the progression of hair loss, especially in younger individuals. I have these patients follow up with me periodically so that I can assess their continuing degree of loss. In some cases I will perform a procedure in a patient as young as 25, but I will insist on a regimen of Propecia and Rogaine. Also, I create a very conservative hairline in these patients and don’t use too much donor hair, thus conserving donor hair for future procedures.

Hair loss can be psychologically debilitating for many and especially young individuals. As hair transpant surgeons it is our job to approach these patients in the proper manner, so that the right decision can be made as to when and how to proceed with the hair transplant procedure.

All the best,

Marc Dauer, M.D.

Greetings,
Today I will discuss donor hair quality and how it influences the results in Hair Transplant procedure. It has been said that .1mm of increased diameter of the hair follicle can create up to a 30% increase in cosmetic density. This means that an individual with coarse hair will achieve greater cosmetic density from the same number of transplanted follicles as opposed to one with thin hair. Other factors that contribute to cosmetic density achieved with hair transplants are hair to skin color contrast (dark hair on light skin shows thinning more than light hair on light skin) and curly hair versus straight hair (curly hair shows more fullness than straight hair).
These are some factors that contribute to the ultimate cosmetic density that is achieved in a hair transplant procedure.
All the best,
Marc Dauer, MD
Greetings,
Today I will discuss how I harvest my donor strip in patients undergoing their second hair transplant procedure. In almost all cases I include the old donor scar in my new strip in successive procedures so as not to leave the patient with multiple train tracks scars in their donor region. The only exception is the patient who has a wide donor scar and when trying to resect it will not give us enough donor hair for the procedure. This is one more reason why it is imperative that the donor area is treated properly on the initial procedure so that the patient has a small donor scar (between 1-3mm), and it can be excised on successive procedures while harvesting donor hair at the same time. I perform many special nuances in order to minimize the donor scar which include; trichophytic closure, using a thin suture to close as opposed to staples, not using cautery, and not taking too wide a donor strip which can lead to wide scars.
I hope this discussion clarifies the harvest of a donor strip in a successive procedure.
All the best,
Marc Dauer, MD
Greetings,
A question I am often asked is how soon after a hair transplant procedure can one return to work. Part of the answer to this question lies in exactly what kind of work you do. After the hair transplant procedure you are not supposed to perform heavy lifting (over 25 pounds) for about 10 days. If your job involves heavy lifting or very vigorous work you should take a little time off. If your job is an office job you should be fine to return to work the next day. I have had multiple hair transplant procedures myself and I retuned to work performing hair transplants on others the day after my procedure. If you feel a need to conceal the fact that you have had the procedure from others, there are a few options. You can wear a hat (which we give to all our patients) immediately after the procedure. If you have a large amount of pre existing native hair you can creatively style your hair to cover the areas worked on. Typically the transplanted hairs form tiny scabs that look like little grains of sand. These scabs last for 5-7 days and then they fall off. After that your scalp looks very close to normal. The small transplanted hairs usually fall off within 3-4 weeks after the procedure and then begin to grow back at around 12 weeks. In fair skinned individuals their is some redness in the scalp that may persist for weeks before it resolves.
I hope this clarifies the immediate post procedure phase in hair transplant procedures.
All the best,
Marc Dauer, M.D.
Greetings,
Today I will discuss shock loss in hair transplant procedures. Shock loss is the loss of native hair that can occur in hair transplant procedures. It varies greatly from one practitioner to another and from one individual to another. The exact etiology of shock loss is not know, but it is thought that it is related to a temporary injury or minimization of vascular perfusion to the scalp. Individuals with a large amount of miniaturized hairs are more susceptible to shock loss. This is because miniaturized hair is hair that has already shrunken and is in its last phase before it is lost forever. The act of the hair transplant may hasten the departure of this unhealthy hair that is destined to fall out in the near future regardless. Women can also more susceptible to shock loss than male patients. Patients with a large degree of transplanted hair are less susceptible to shock loss as it is thought that the transplanted hair is more durable and less susceptible to temporary vascular insufficiency.
In my hair transplant procedures I take certain precautions to minimize shock loss. By using smaller custom cut blades I am creating a smaller opening in the scalp and thus less injury to the vascular bed. I also use tumescence, which is the injection of saline into the scalp, which elevates the skin and expands it, thus widening the playing field for  transplanting, and it pushes the vascular bed lower, thus protecting it from the small incisions. In most patients I use a small amount of epinephrine in the tumescence fluid which helps to minimize bleeding throughout the procedure. In women and men with a large degree of miniaturization I withhold the epinephrine in an attempt to minimize shock loss in these individuals.
Shock loss is a part of hair transplant procedures. I always tell my patients to expect to look about 5-10% thinner for about 3 months after the procedure until the hair begins to grow in. The healthy hair lost as a result of shock loss will come back with the new transplanted hair, and the unhealthy miniaturized hair lost is on its way out regardless. With the proper precautions and techniques we can minimize shock loss in our hair transplant patients.
All the best,
Marc Dauer, M.D.

Greetings,

Today I want to demonstrate an interesting case I just treated. This patient had 3 previous procedures with other physicians in the past and presented requesting more density and dissatisfaction with his donor scars from his previous procedures. On examination what I saw was 3 different strip scars from the previous Hair Transplants in different areas, and in some areas a large scar from the coalescing of the multiple scars. In my patients, I always include the old donor scar in the new incision when a patient comes back for more grafts. It is only in very rare cases (an example would be someone who has a very wide donor scar from a previous procedure) that I will take a fresh swath from a new area. The reason for taking out the old scar is so that you don’t end up with train track scars throughout the donor region. Also, multiple smaller scars can coalesce to form larger scars which can then become difficult to conceal with shorter hair. This patient had very elastic scalp which allowed me to take out all the old scars and create one new fine scar. In addition, I was able to get a good amount of donor hair from the sides, which had not yet been harvested from. I will demonstrate this patient’s photos below (pre procedure and 12 days later) and I look forward to showing his photos in 6-9 months when the area is even more healed than it is now, but in these photos you can see an appreciable difference already.

All the best,

Marc Dauer, MD

Multiple Strip Scars From Previous Hair Transplant Procedures

Post Hair Transplant and Scar Revision

Multiple Strip Scars From Previous Hair Transplant

After Scar Revision During Hair Transplant Procedure

Greetings,

Today I will discuss microscopic dissection in Hair Transplant procedures. Since the advent of Follicular Unit Hair Transplantation there are many different ways that physicians employ their staff to dissect the donor strip into individual follicular units in the process of hair transplant procedures, that is the groupings of hair that naturally occur on the scalp that we seek to move to the areas of thinning. There are many different types of microscopes that people use to dissect grafts and many different levels of magnification. Some physicians only have their staff use magnifying glasses on light boxes. I personally have my staff dissecting our grafts using brand new state of the art microscopes with 10x magnification and LED lighting. These microscopes are much more expensive than the typical microscopes but I believe they perform a superior job in dissecting the grafts. The 10x magnification is necessary to visualize the follicle in it’s entirety and allow for optimal dissection and the LED lighting provides excellent visualization while generating almost no heat (which typical lighting generates and can cause the grafts to dry out thus diminishing their chances of survival). Lessor magnification can result in the loss of intact follicles that cannot be visualized under lower magnification. This is turn can lead a lower survival of grafts in the hair transplant procedure.

In summary, state of the art high powered LED lit microscopes are more expensive, but superior in creating healthy follicular units for use in hair transplant procedures.

All the best,

Marc Dauer, MD

Donor Scar After FUT- Strip Harvest Hair Transplant Procedure

Greetings,

Today I would like to discuss the closure of the hair transplant donor strip in FUT, which is the strip harvest procedure. This is where we take a strip of hair from the donor zone and dissect it into individual follicular units for transplanting. In order to have an excellent result in the donor region (a fine linear donor scar, between 1-3mm in width) it is imperative to limit the width of the donor strip. Keeping the donor strip limited to a width of 10-15mm is usually safe for a fine scar result. Performing a trichophytic closure (which I have discussed in previous blog entries) can cause the hair to grow through the scar, further camouflaging it. Some physicians prefer to close the door region using staples. This technique is much quicker and easier for the physician. It is also much more uncomfortable for the patient. Sleeping on hard staples in the back of your scalp can be very painful. Staples are also painful to remove. I prefer to use a fine nylon suture which takes longer to place, but is much more comfortable to sleep on and is painless in it’s removal. I also believe that the healing with sutures is better than with staples. I typically have my patients leave their sutures in for 12-14 days before removing them. In hair transplantation there are always many different ways that each step of the process can be performed. It is imperative that the treating physician make decisions that are best for the patient in both the short term and long term.

All the best,

Marc Dauer, MD