While hair restoration surgery is now a proven treatment for restoring hair where it has been lost, Hair loss medication such as Rogaine (minoxidil) and Propecia (finasteride), have made real contributions toward stopping and even reversing hair loss.
During the late 70’s and early 80’s it was discovered that minoxidil, used as a heart medication, had hair growing side effects. Minoxidil was tested for use as a topical scalp treatment for hair loss and proved to inhibit hair loss in many test subjects.
It has proven to be effective to some degree in slowing the hair loss process. For a minority of people it can even grow back lost hairs in the crown area (back of the head). However, Rogaine (minoxidil) does not slow or reverse the balding process in the frontal hairline area.
Rogaine is typically applied topically on the scalp twice a day, morning and evening. But once usage is discontinued the hair loss which had been inhibited will resume and the hair that was saved will be lost.
Rogaine originally required a prescription, but in 1995, it became available in 2% strength Rogaine over-the-counter. Today, men and women can buy 5% strength lotion over-the-counter as Rogaine or as generic minoxidil.
To date Rogaine (minoxidil) and Propecia (finasteride)are the only hair loss medications with FDA approval. Propecia’s active ingredient, finasteride, was originally used to treat enlarged prostate glands. It was discovered that, like minoxidil, it had the “side effect” of stopping male pattern baldness and for some even regrowing hair.
Propecia is taken as a pill once daily and acts to inhibit the body’s ability to create dyhydrotestosterone or “DHT”. DHT acts as the active ingredient or catalyst in the balding process.
The 90’s brought great advances in hair restoration, both surgical and non surgical. Now most people can realistically halt and reverse their hair loss with truly natural results.
In 1988 minoxidil, Rogaine, became the first hair loss medication to be approved by the FDA for the treatment of hair loss.
In 1998 the FDA approved Propecia for the treatment of hair loss. Propecia (finasteride) should NOT be taken by woman or children for any reason.
For many balding men and women worldwide, credible hair loss concealers like DermMatch are an important part of their daily routine. By utilizing concealers, individuals with thinning hair are able to increase the appearance of follicular density and recreate a thicker, fuller head of hair all with a single topical application.
Like any other hair loss treatment, concealers must be reviewed, clinically tested, and proven before receiving any endorsement from this website community. However, after reviewing both the product and patient testimonials on our open hair loss forum, one thing is clear: DermMatch is a dependable, hair loss concealer that has been proven effective by the overall patient community.
Unlike other "sprinkle," "spray," or "lotion" concealers, DermMatch utilizes a patented "EZ Grip, EZ Reach" applicator to evenly distribute a hard-packed powder formula over a hair loss sufferer’s scalp. In addition to "matching" the patient’s scalp to their natural hair color (minimizing the contrast between scalp and hair, and truly concealing baldness), the DermMatch powder formula coats, thickens, and volumizes existing hair.
Because DermMatch minimizes the appearance of hair loss by matching scalp to hair tone, the product is available in 8 different shades, and creates an integrated, natural look for all hair colors and types. Furthermore, if consumers require a highly specialized color, DermMatch shades can be mixed to truly mimic the appearance of any complex hair tone. Additionally, because of the ease of the "EZ Grip, EZ Reach" applicator, DermMatch is particularly useful for recreating or matching shortly cropped hair, mimicking natural hairlines, and diminishing the appearance of previous hair transplant surgery scars.
In addition to simple application and a natural appearance, DermMatch is extremely resilient, and can withstand excessive sweating, wind stress, and even full water submersion. According to the makers of DermMatch, the product’s all natural ingredients, including emollients, botanicals, and other organic elements, coat the hair and scalp, and protect from unwanted and unexpected stessors. By adding this level of protection, DermMatch will resist the running, flaking, and smudging associated with other, less effective concealers. Furthermore, because DermMatch does not contain any unsafe dyes or colorants, it will not dry/irritate the scalp or affect any new or existing hair growth.
According to the makers of DermMatch, the product is useful for all hair loss sufferers (both male and female), and provides aesthetically pleasing results in patients with up to 80% decreases in hair density. Furthermore, DermMatch can be used with other proven hair loss treatments like Propecia (finasteride), Rogaine (minoxidil), and surgical hair transplantation. Because of its efficacy, usability, and popularity with hair loss sufferers, DermMatch is highly recommended to any individual seeking a quality concealer.
For step by step instructions on how to apply DermMatch to thinning areas including photos and an in-depth discussion with other hair loss sufferers, visit the discussion topic "DermMatch (Pictures)". To see what other members and DermMatch consumers are saying, you are encouraged to use the "search" feature of our hair restoration discussion forum.
In women with PCOS(polycystic ovarian syndrome), high levels of androgens (male hormones) in the body may cause hair loss. DHT (dihydrotestosterone), more abundant in men, is created from a combination of testosterone and5-alpha-reductase enzymes. DHT can bind to hair follicle sites, accelerate the natural hair growth cycle, and cause hair to go into resting (catagen) sooner causing thinning hair with each cycle.
Women with PCOS are more susceptible to androgenic alopecia, more commonly referred to as male pattern baldness or genetic female hair loss. Androgenic alopecia is also the number one cause of hair loss and thinning hair in the world.Women with androgenic alopecia typically lose hair in a pattern similar to the ludwig scale,and less commonly the norwood scale.
If you suspect you have PCOS, you should consult with a physician and get tested for it. Only a physician can diagnose you and recommend a proper treatment.
In the 80's hair restoration surgery as a hair loss solution evolved dramatically, as the large punch grafts were gradually replaced with a more refined combination of mini and micrografts. This "combination mini micrografting" hair transplantation procedure no longer used the punch to extract the bald resistant grafts. Rather a strip of bald resistant hair was surgically removed from the back of the head and then trimmed into mini and micrografts.
Typically the minigrafts (4-8 hairs) were used to create fullness and density, while the one, two, and three hair micrografts were used to create a refined and feathered hairline in front. This combination procedure also normally used more grafts, several hundred grafts per session, rather than the approximately 50 to 200 large grafts of the original punch graft procedure.
The 90's saw the gradual introduction of a very refined surgical procedure hair loss solution now known as "follicular unit hair transplantation" or "FUT". This exacting and labor intensive procedure transplants hairs in their naturally occurring one, two, three, and four hair "follicular unit groupings" in which they grow naturally.
To create such natural follicular unit grafts, which mimic the way hair grows naturally, typically requires the use of high powered magnification. Such magnification enables the surgical technicians to properly visualize the follicular units in the donor tissue. They are then able to isolate them and cut them into 1, 2, 3, and some times 4 hair follicular unit grafts.
Critical to the ultimate success of the follicular unit hair transplant procedure was the introduction of the binocular microscope by Dr. Bobby Limmer of San Antonio Texas in the late 1980's. Dr. Limmer found that by using the microscope he and his staff were able to successfully isolate and trim the naturally occurring follicular units into individual grafts.
For his part in pioneering the use the microscope in graft dissection and the follicular unit procedure Dr. Bobby Limmer was awarded the "Platinum Follicle Award" by the International Society of Hair Restoration Surgery in 1996. Many physicians now fondly refer to him as the "Godfather of Follicular Unit Hair Transplantation".
While Dr. Limmer pioneered the use of the microscope in trimming follicular unit grafts, it was Dr. Robert M. Bernstein, in collaboration with Dr. Bill Rassman, who pioneered and advanced the concept of large sessions of all follicular unit grafting. These large follicular unit sessions enabled patients to achieve both naturalness and density.
Dr. Bernstein, who coined the name "follicular unit hair transplantation", tirelessly advocated for its adoption in ground breaking articles and lectures that are today recognized as benchmarks in the advancement of this procedure. Click to read these ground breaking hair restoration articles and papers.
In recognition of his many contributions in both conceptualizing, pioneering and advocating "follicular unit hair transplantation", Dr. Bob Bernstein was awarded the "Platinum Follicle Award" by the International Society of Hair Restoration Surgery.
Over time the merits of this refined but difficult to perform procedure became accepted and the follicular unit hair transplant procedure has become acknowledged by most hair restoration physicians to be the "Gold Standard" for surgical hair restoration. Click here to see video of a Follicular Unit Hair Transplant procedure.
Some feel that hair restoration surgery has evolved to its highest degree now that it relocates hair exactly as it grows naturally. However, even the "Gold Standard" in hair transplantation has continued to evolve by becoming even more "ultra refined".
Today some leading hair restoration surgeons, including all members of the Coalition of Independent Hair Restoration Physicians, perform an ultra refined follicular unit hair transplant procedure using very tiny incisions that enable them to safely "dense pack" tiny grafts when appropriate. This ultra refined follicular unit procedure is a hair loss solution that enables patients to achieve cosmetic density in a given area after only one surgical session.
By relocating these carefully prepared bald-resistant follicular units, physicians doing "follicular unit hair transplantation" recreate a natural pattern of hair in the balding areas.
To do this properly is a very time consuming and exacting process. It requires a team of meticulous medical technicians working hand-in-hand with the hair transplant surgeon in a very lengthy surgical procedure.
Today's micro surgical blades, like the size of hair grafts, have become ever smaller and now enable hair transplant surgeons to safely make more tiny graft incisions in a given area then ever before. Surgeons are then able to "dense pack" select areas with as many as 40 to 60 follicular unit grafts per square centimeter. This graft density is as much as twice that of the standard follicular unit hair transplant procedure.
Such high densities of transplanted hair typically produce the appearance of fullness even after only one surgical session. Patients also experience rapid healing and no visible skin distortions due to the tiny size of these incisions.
Ultra refined follicular unit grafting raises the bar for physicians and their staff. This delicate and demanding hair transplant procedure requires more skill and careful attention to be performed properly. The smaller and more tightly packed incisions require more closely dissected follicular unit grafts that are carefully trimmed under microscopes. These small and densely packed incisions are also more difficult to place the grafts into.
This procedure also requires more careful patient selection, as "dense packing" of grafts is not appropriate for all patients.
In the hands of a highly skilled physician and staff the Ultra refined follicular unit hair transplant procedure can achieve excellent new hair growth that is so natural that it is undetectable even under close scrutiny.
While the standard micro "follicular unit" hair transplant does produce natural looking results, its ability to achieve high density in only one surgical session is limited. Thus patients may have to do subsequent surgical sessions in a transplanted area to achieve a full look.
While many hair transplant physicians perform quality follicular unit hair transplants, only some of them are capable of performing large sessions of ultra refined follicular hair transplantation. However, all members of the Coalition of Independent Hair Restoration Physicians perform ultra refined grafting with excellent results.
The amount of hair you can transplant is ultimately limited by the amount of hair follicles you can safely relocate from the bald resistant donor area at the back and sides of your head.
Some day it may be possible for physicians to create multiple hair follicles from one original follicle. This process typically called Hair Multiplication or more incorrectly Hair Cloning is currently being investigated by several research scientists and hair restoration physicians.
If and when this process is successfully developed patients would no longer be limited by the finite amount of bald resistant hairs that can be relocated from their donor area. Hair multiplication would result in a virtually limitless supply of hair available for hair transplants.
This would be especially good news for men or women with extensive baldness and a very limited supply of donor hair. Even those with extensive baldness would theoretically be able achieve thick full heads of hair.
However, experts believe that we are at least ten years away from hair multiplication being available, if even then. But perhaps some day scientists will be able to use gene therapy to halt the balding process without drugs or surgery.
Over the past several years surgeons have used various techniques to perform follicular unit hair transplantation. One such technique is the Lateral Slit Technique, also known as Coronal or Perpendicular Grafting. This technique’s name is derived from the angle and direction in which the graft incisions are made.
While there are other techniques for performing densely packed and highly refined follicular unit transplantation, the lateral slit technique offers a high degree of control over the angle and direction in which the transplanted hairs will ultimately grow.
The lateral slit technique has been used both intuitively and systematically for years by hair restoration physicians. However, it has recently gained popularity as a systematic and precise way of performing follicular unit hair transplantation.
Many of our physician members use the Lateral Slit Technique exclusively or in combination with other techniques for creating graft incisions. The lateral slit technique enables a surgeon to create graft incisions at varying angles (ranging from 10 to 90 degrees to the scalp), including very acute angles that will make the transplanted hair grow out lying flatter to the scalp. The ability to create incisions at very acute angles is particularly useful in areas such as the front temples and sides where the hair normally grows out lying flat on the scalp.
The lateral slit technique also helps enable a surgeon to determine the direction of the graft incisions. This then determines the ultimate direction of the transplanted hairs growth. Thus a surgeon can use this technique to control and vary both the direction and angle at which the transplanted hair will grow in order to mimic the subtle changes in hair direction that occur naturally.
Each graft incision is created by analyzing the neighboring hair so the surgeon can reproduce the correct hair pattern. As a result, as each transplanted hair emerges from the scalp it will grow and lay in a similar direction as its neighboring non-transplanted hairs.
Lateral slit incisions also tend to be more parallel to the scalp and thus more superficial and less invasive to the scalp’s underlying vascular structure. This parallel alignment also enables a physician to place more grafts per square centimeter with out the grafts compressing or popping up since the pressure exerted on the grafts does not push them upward from the scalp.
Some of our members use custom blade cutters to create tiny blades to make incisions that match the size and depth of each follicular unit graft being transplanted. This enables a surgeon to safely dense pack more grafts into a given area during a surgical session. Healing time is also more rapid, with minimal scarring.
Typically most clinic’s blades range from 1.5mm to 2mm in size. However, by using the custom blade cutter our physicians can create blades as small as .7mm for a single hair graft and .9mm for a multi hair graft.
In addition, the blades created by the custom cutter are squared off to match the shape of the bulb end of a hair follicle. Non custom cut blades are typically spear pointed which requires them to be inserted deeper thus causing more trauma to the scalps vascular structure.
The ability to control the depth of the incision each blade makes is also critical. Each blade is placed in a blade holder that is set to not allow the blade to go any deeper than required for the graft to being placed in the incision. This minimizes unnecessary trauma to the deep vasculature of the scalp, thus enabling close tight incisions, minimal tissue swelling, and quick healing that leaves no visible scaring, pitting, or cobble stoning of the scalp.
The plane and direction in which each follicular unit graft is placed on the scalp can also impact the ultimate appearance of density that can be produced with a given number of grafts. This is because hairs within a follicular unit are typically next to each other inline.
Therefore by arranging each multiple hair graft on the scalp in a linear fashion to the line of sight, each follicular unit will provide the maximum appearance of fullness and scalp coverage. This also mimics how hair is normally aligned on the scalp.
Special thanks to Dr. DeYarman, Dr. Sharon Keene, Dr. Jerry Cooley, Dr. Alexander, and Dr. Glenn Charles for contributing their expertise and photos for this section.
