• Hair Restoration Evolution

    Hair Restoration Evolution

    Hair transplant procedures have evolved a long, long way since they began in the early 1950's. The "corn row" or "doll's" hair look that was associated with hair transplantation has evolved into today's "follicular unit" procedure that, when done right, is undetectable even by a hair stylist.

    The Concept of the Hair Transplant is Born

    During the past several decades superstition, old wives tales, and guess work has gradually been replaced by science.

    The early 1800's is renowned in hair restoration circles as the age of the con men. There were hundreds of hair restoration treatments released and many lasted well into the late 1900's. These "cures" were marketed by "doctors", whose only skills were those of fast-talking and nerves of steel (as well as bravery, considering they were conning hardened cowboys and outlaws!).

    The salesmen hawked their products from the safety of their side shows and "Wild West" spectaculars. They used endless tricks to get people to buy their products, such as rubbing grease into people's hair, to make it look thicker.

    In 1939, a Japanese dermatologist, Dr. Okuda, published a revolutionary method in a Japanese medical journal that would lay the ground work for modern hair transplantation.

    This method involved using hair transplant grafts to correct lost hair from various areas, including the scalp, eyebrow, and moustache areas. However, this study didn't make an impact in the Western Hemisphere due to the interruption of World War II.

    Hair Restoration Comes of Age

    In the late 50's one physician in particular, Dr. Norman Orentriech, began to experiment with the idea of relocating or transplanting the hair on the back and sides of the head to the balding areas.

    Dr. Orentriech's experiments showed that when bald resistant hairs from the back and sides of the head were relocated they maintained their bald resistant genetic characteristic regardless of where they were transplanted.

    This principle, known as "Donor Dominance", established that hair could be transplanted from the bald resistant donor areas to the balding areas and continue to grow for a life time. This laid the foundation for modern hair transplantation.

    The Scientific Era of Hair Restoration

    During the 60's and 70's hair transplants grew in popularity. However, the standard of care used larger grafts that were removed by round punches and often contained many hairs.

    This now outdated hair transplant technique could achieve good results with a full look if a patient completed all planned sessions. However, a patient was typically limited in the manner they could style their hair.

    Patients who stopped short of completing all planned sessions were left with hair transplants that looked obvious and unnatural. Such uncompleted hair transplant results are some times referred to as "Barbie doll hair" or "corn rows".

    Many who have had these older techniques now refine or complete their bad hair transplants with today's very refined techniques to achieve a natural look that they can style in any manner.

    Continue reading Hair Restoration Evolution - Hair Loss Solution

  • Ancient Greece – The quest for a hair loss “cure” continues.

    The quest for a hair loss “cure”

    It was Hippocrates, the “Father of Modern Medicine”, who first recognized a connection between hair loss and the sexual organs. Hippocrates’ studies of eunuchs (men castrated before puberty) observed that these men did not suffer from hair loss.

    We know today that this is due to the absence of testosterone, which is normally converted into dyhydrotestosterone or DHT – the active ingredient in baldness. In March 1995, Duke University researchers came to the conclusion that " . . . while castration may be a cure, it is not commercially acceptable."

    Hippocrates had a personal interest in finding a cure for baldness as he suffered from hair loss. He developed a number of different treatments including a mixture of horseradish, cumin, pigeon droppings, and nettles to the scalp. This and other treatments failed to work and he lost the rest of his hair. The area of permanent hair on the back and sides of the head (from which donor hair is taken for hair transplants) is also known as the “Hippocratic wreath.”

    Ancient Rome and Hair Loss

    Moving from Greece to the Roman Empire, we find that Julius Caesar employed a variety of methods to hide his thinning hair. In addition to the laurel wreath that he wore, he first grew his hair long in the back, and then combed it forward over his bald spot. Yes, the “Comb Over” is ancient.
    Learn how man has treated hair loss up to modern times.
    Being a Eunuch – the sure way to stop baldness

    In the 1940’s, the studies of Hippocrates and Aristotle were continued. Both men had concluded that eunuchs always kept all their hair.

    This finding was backed up by the work of Dr. James Hamilton.

    He discovered that certain male hormones (missing in eunuchs) were critical to the development of male pattern baldness.

  • Patrick Mwamba, MD

    Dr. Patrick Mwamba
    Dr. Patrick Mwamba
    Dr. Patrick Mwamba is one of the early developers of the follicular unit extraction (FUE) method and is the most experienced body hair transplant surgeon in Brussels, Belgium.

  • Female Hair Loss and Birth Control Pills

    Female Hair Loss and Birth Control Pills

    Birth control pills can be a great way of preventing conception however;all medication comes with potential side effects. In addition to the many serious possible side effects associated with birth control pills, some come with a risk of female hair loss. By suppressing ovulation due to the combined actions of hormones progestin or estrogen, women who are predisposed to hormonal related hair loss may experience varying degrees of balding while on the pill, or even more likely, a few weeks to months after coming off of it.

    Yasmin is a birth control pill that combine sethinyl estradiol and drospirenone Because Yasmin may induce hair follicles into the telogen phase (hair shedding) of the hair growth cycle, hair loss is a reported side effect

    We recommend women to use only low-androgenindex birth control pills. For women with a strong predisposition for genetic hair lossin their family, we recommend use of other non-hormonal birth control pills or other forms of contraceptives for the prevention of conception.

    For your reference, here is a list of birth control pills ranging from the lowest androgen index to the highest: Desogen,Ortho-Cept, Ortho-Cyclen, Ortho Tri-Cyclen, Micronor, Nor-Q D, Ovcon-35,Brevicon/Modicon, Ortho Norvum 7/7/7, Ortho Novum 10-11, Tri-Norinyl, Norinyland Ortho 1/35, Demulen 1/35, Triphasil/Tri-Levien, Nordette, Lo/Ovral,Ovrette, Ovral, Loestrin1/20, Loestrin 1.5/30.

  • Diffuse Patterned Alopecia (DPA)

    Diffuse Patterned Alopecia (DPA)

    Diffuse Hair Loss and How to Treat It

    Unlike male pattern baldness (MPB) and female pattern hair loss (FPHL), which tends to follow one of the hair loss patterns defined by the NorwoodScale and the LudwigScale, Diffuse Patterned Alopecia (DPA) is characterized by diffuse thinning throughout the front, crown and vertex(crown) with no distinct pattern evident. However, like male and female pattern balding,Diffuse Patterned Alopecia patients typically preserve the stable "permanent zone" on the sides and back of the scalp and may sometimes retain a well-defined hairline. DPA is also a type of hereditary balding condition like and rogenetic alopecia (genetic hair loss).

    Diffuse Patterned Alopecia (DPA) can be difficult to diagnose and, particularly in its early stages, may be confused with a similar condition known as Diffused Unpatterned Alopecia (DUPA). While both conditions are characterized by diffuse thinning, DUPA sufferers lack the stable permanent zone necessary for surgical hair restoration.

    Treatment for Diffuse Patterned Alopecia

    DPA often responds well to medical hair loss treatments like Propecia (finasteride) and Rogaine(minoxidil) and, due to the preservation of the permanent donor region, many DPA sufferers are candidates for hairrestoration surgery.

    Conclusion

    It’s essential that hair loss suffering men and women seeking medical and/or surgical treatment for diffuse thinning consult with a skilled and experienced hair restoration physician. Differentiating between DPA and DUPA is critical because Diffuse Patterned Alopecia patients frequently make good hair transplant candidates, whereas DUPA patients rarely do.

  • Dr. Bessam Farjo

    Dr. Bessam Farjo
    Dr. Bessam Farjo
    The Farjo Hair Institute is a family run clinic solely devoted to performing excellent follicular unit hair transplantation in Manchester and London.

  • Find a Hair Restoration Treatment and Physician

    Find a Hair Restoration Treatment and Physician

    Reviewed by Hundreds of Patients!

    This Learning Center offers in-depth reviews of hair loss treatments and the leading physicians who provide them. Today, there are treatments that can stop or even reverse hair loss. Hair transplant surgery, when done right, can now produce results so natural that even hair stylists cannot spot them.

    But it is critical to choose the right hair loss treatment and hair restoration physician, since the skill, talent, and experience of physicians vary widely, as do their results.

      Find a Coalition Physician

  • Nioxin Shampoo and Conditioner for Men and Women with Thinning Hair

    Nioxin Kit

    Nioxin is an excellent product including both a shampoo and conditioner formulated specifically for men and women with thinning hair."> While neither the shampoo nor conditioner hasn't been proven to have any effects on DHT (the hormone responsible for male pattern baldness); Nioxin's ability to strengthen follicles and energize cellular activity can improve the overall health of your scalp and hair. Nioxin therefore may have the ability to delay the effects of hair loss. For best results, use both the shampoo (refered to as Nioxxin Shampoo Scalp Cleanser) and conditioner (referred to as Nioxin Scalp Therapy) in conjunction with one another.

    Nioxin Scalp Cleanser's cooling properties refreshes and cools the scalp promoting maximum cleanliness and freshness. Because of this, Nioxin shampoo, especially when combined with the conditioner also significantly reduces scalp itchiness and tenderness after hair transplant surgeryin both the recipient and donor areas.

    Nioxin Scalp Therapy is an excellent volumizing scalp and hair conditioner that moisturizes and improves your hairs' natural resilience, while promoting a healthy scalp environment for optimal hair growth. Nioxin Conditioner is the perfect conclusion to the Nioxin Shampoo Scalp Cleanser.

    Nioxin Scalp Therapy's minty fresh cooling sensation literally refreshes and cools the scalp promoting maximum cleanliness and freshness. Because of this, Nioxin also significantly reduces scalp itchiness and tenderness after hair transplant surgery in both the recipient and donor areas.

    We strongly recommend using Nizoral shampooevery 2 or 3 days in conjunction with Nioxin. Its active ingredient ketoconazoleat 2% concentration has proven to be a moderate DHT inhibitor and has growth properties approximately as effective as Rogaine2%.

    Developing Realistic Expectations:

    Men and women sometimes suffer from hair loss for different reasons. Thus, diagnosing its cause is necessary to facilitate and promote proper treatment.

    The Nioxin product line is an excellent scalp and hair cleansing shampoo and conditioning therapy but is not proven to stop hair loss. Thus, we strongly recommend using Nioxin in conjunction with the "Big 3" (Propecia, Rogaine, and Nizoral.

    To date, only surgical hair restoration is proven to grow hair in completely bald areas. You are invited to have a

    free virtual consultation 
    Consult Now
    with one of our prescreened hair restoration physicians.

    Ingredients (Full List)

    Nioxin Shampoo Scalp Cleanser: AQUA/EAU/WATER, TEA-LAURYL SULFATE, SODIUM LAURETH SULFATE, COCAMIDOPROPYL BETAINE, HYDROXYPROPYLTRIMONIUM HONEY, COCAMIDE MEA, PEG-150 DISTEARATE, PANTHENOL, GLYCOPROTEINS, POLY-SORBATE-60, POLYSORBATE-80, CYSTINE BIS-PG-PROPYL SILANETRIOL, HYDROLYZED KERATIN, ACETAMIDE MEA, PROPYLENE GLYCOL, ETHOXYDIGLYCOL, DIMETHYL ISOSORBIDE, COENZYME A, PANTOTHENIC ACID, PYRIDOXINE, CYANOCOBALAMIN, BIOTIN, FOLIC ACID, NIACIN, THIAMINE HCl, UBIQUINONE, ACHILLEA MILLEFOLIUM, ANTHEMIS NOBILIS, CAMELLIA SINENSIS, CITRUS GRANDIS, EQUISETUM ARVENSE, HUMULUS LUPULUS, MELISSA OFFICINALIS, MENTHA PIPERITA, PRUNUS AFRICANA, ROSMARINUS OFFICINALIS, SALVIA OFFICINALIS, SERENOA SERRULATA, SYMPHYTUM OFFICINALE, TARAXACUM OFFICINALE, THYMUS VULGARIS, URTICA DIOICA, SACCHAROMYCES LYSATE EXTRACT, PHOSPHOLIPIDS, SACCHAROMYCES/COPPER FERMENT, SACCHAROMYCES/IRON FERMENT, SACCHAROMYCES/MAGNESIUM FERMENT, SACCHAROMYCES/SILICON FERMENT, SACCHAROMYCES/ZINC FERMENT, PEG-23M, MELANIN, CITRIC ACID, SODIUM CHLORIDE, TETRASODIUM EDTA, DISODIUM EDTA-COPPER, SUPEROXIDE DISMUTASE, CI 42090/BLUE 1, PHENOXYETHANOL, METHYLPARABEN, PROPYLPARABEN, METHYLISOTHIAZOLINONE.
    Nioxin Scalp Therapy: AQUA/EAU/WATER, CETRIMONIUM CHLORIDE, CETYL ALCOHOL, DICETYLDIMONIUM CHLORIDE, AMODI-METHICONE, TRIDECETH-12, LAURAMINE OXIDE, GLYCOPROTEINS, DIMETHICONE, SODIUM PCA, CYSTINE BIS-PG-PROPYL SILANETRIOL, PANTHENOL, POLYQUATERNIUM-11, ACHILLEA MILLEFOLIUM, ANTHEMIS NOBILIS, ARCTIUM MAJUS, CALEN-DULA OFFICINALIS, CAMELLIA SINENSIS, EQUISETUM ARVENSE, FRANGULA ALNUS, GERANIUM MACULATUM, HUMULUSLUPULUS, JUGLANS REGIA, LARREA DIVARICATA, MELISSA OFFICINALIS, MENTHA PIPERITA, PRUNUS AFRICANA, QUASSIA AMARA, ROSMARINUS OFFICINALIS, SALVIA OFFICINALIS, SERENOA SERRULATA, SYMPHYTUM OFFICINALE, TARAXACUM OFFICINALE, THYMUS VULGARIS, URTICA DIOICA, YUCCA FILAMENTOSA, PHOSPHOLIPIDS, DIMETHYL ISOSORBIDE, CETEARYL ALCOHOL, ETHOXYDIGLYCOL, CETEARETH-20, PROPYLENE GLYCOL, SACCHAROMYCES LYSATE EXTRACT, COENZYME A, PANTOTHENIC ACID, PYRIDOXINE, CYANOCOBALAMIN, BIOTIN, FOLIC ACID, NIACIN, THIAMINE HCl, UBIQUINONE, SACCHAROMYCES/COPPER FERMENT, SACCHAROMYCES/IRON FERMENT, SACCHAROMYCES/MAGNESIUM FERMENT, SACCHARO-MYCES/SILICON FERMENT, SACCHAROMYCES/ZINC FERMENT, MELANIN, TRIETHANOLAMINE, SUPEROXIDE DISMUTASE, CI 42090/BLUE 1, PHENOXYETHANOL, METHYLPARABEN, PROPYLPARABEN, METHYLISOTHIAZOLINONE.

  • Thomas Chung Wai Nakatsui, MD

    Dr. Thomas Nakatsui
    Dr. Thomas Nakatsui
    Dr. Nakatsui performs large sessions of ultra refined follicular units using the lateral slit technique with extremely natural results.

  • FUE – a new way of doing Follicular Unit Hair Transplantation

    FUE – a new way of doing Follicular Unit Hair Transplantation

    Follicular unit extraction is a minimally invasive procedure for performing follicular unit hair transplantation. However, unlike the predominant follicular unit transplant procedure, in which a strip of donor tissue is removed and dissected under magnification, the FUE procedure uses a small punch to extract each follicular unit one by one.

    Both the strip excision and FUE procedures create 1, 2, 3, and 4 hair follicular unit grafts that are then transplanted into the balding area in the same manner. The primary difference between these two procedures is the technique used to harvest the follicular unit grafts.

    Comparing the Strip Excision procedure to the Extraction (FUE) procedure

    The common strip excision method of performing follicular unit hair transplantation involves surgically excising a thin horizontal strip of bald resistant skin from the donor area.

    Strip Excision Procedure 

    Donor strip being excised
    Donor strip being excised

     

    Incision sutured together
    Incision sutured together

     

    Hair combed down after suturing
    Hair combed down after suturing

     

    This donor area is then sutured together. These sutures (either stitches or staples) are then typically removed about ten days after surgery. Some physicians use dissolvable sutures so that no removal is needed.

     

    Patient’s donor area 2 months after surgery
    Patient’s donor area 2 months after surgery

     

    Once this linear incision is fully healed the patient is left with a thin horizontal scar in the back of the head. This scar is typically hard to detect since the surrounding hair conceals it, even when the hair is cut short.

    To view a video of an actual strip excision surgery.

    How the FUE Procedure is performed

    With the Follicular Unit Extraction or FUE procedure 1, 2, 3, and 4 hair follicular unit grafts are carefully extracted one at a time using a tiny punch of one millimeter or less. Often the surgeon requires the patient to buzz cut a portion of their donor area so that they are able to see the patient’s scalp.

    The follicular units are extracted
    The follicular units are extracted

     

    The follicular units are extracted by placing the punch around a single follicular unit and cutting a small circle through the skin around that follicular unit. The follicular unit is then gently pulled up and away from the loose tissue underneath the skin.

    The small hole left behind after the follicle is extracted then heals over the following week. Normally this small round incision contracts as it heals making the resulting round scar smaller than the size of the 1mm punch that made the incision. The FUE patient ultimately ends up with hundreds of small round white scars, which are normally not detectable once the patient’s hair grows out.View a video of an actual FUE surgery.

    To Extract or to Excise, that is the question.

    Advocates for the relatively new FUE procedure claim that this procedure produces less noticeable scarring and no tightness or numbness in the donor area since no donor tissue has been pulled together and sutured. Many patients and physicians find the claim that FUE produces less visible scarring to be debatable.

    Some physicians and patients also have concerns about the relatively new FUE procedure, such as the lack of formal studies regarding the percentage of follicles that may or may not be transected during the sight unseen extraction process.

    In addition, since the physician must personally extract all follicles, one by one, the FUE procedure is very physician dependent and thus very expensive. The FUE procedure also requires considerably more time in surgery to move a given amount of hair to the balding area.

    The standard strip excision procedure has the advantage of utilizing a collaborative team to carefully create the grafts once the donor tissue is removed in a strip. This collaborative approach enables a well trained staff to do sessions of 2,000 to 3,000 all follicular unit grafts in a single day. This team approach enables a patient to get a much larger number of grafts/hairs in one sitting at a much lower cost per hair than with the FUE procedure.

    However, some believe that despite being relatively costly the FUE procedure may be appropriate for patients who have very limited elasticity in their donor area or who only need a small number of grafts.