Many cases of female hair lossare caused by hormonal fluctuations or changes in the body including those who have PCOS (polycystic ovarian syndrome), birth control pillside effects, a recent pregnancy,postmenopausal trauma, or menopause. Women with hair loss experience varying balding patterns These patterns can help determine the type of alopecia you have along with a thorough examination by a physician.

Because of an imbalance between estrogen and testosterone due to declining estrogen levels, thinning hair and accelerated hair loss is common in women during menopause. Hair on certain areas of the head that is more sensitive to androgen hormones like DHT(associated with male pattern baldness) may thin or fall out. Similarly, declining estrogen levels may result in unwanted facial hair growth.

In some cases, polycystic ovarian syndrome(PCOS), may accompany menopause and hair loss.

Be sure to speak with your doctor on the most effective ways to cope with menopause and minimize hair loss during this transitional time.

Hair loss is a universal condition, affecting all ages, races, genders and nationalities. It’s estimated that “androgenetic alopecia,” or male and female pattern baldness affects 35 million men and 21 million women in the United States alone. This section examines how race, age and gender affect hair loss.

Race and Hair Loss

In physiological terms, human beings are all composed of the same bones, muscles, and everything else down to the cellular level. But there are specific differences.

Hair, in all of its variations, is one area in which human beings display their differences. Hair follicles can widely vary in terms of color, length, shape, thickness, strength and various other factors.

There are many ethnic groups to consider. But we will focus on the special considerations of Asians, Blacks (of African descent) and Caucasians.

Asian Hair Loss Considerations

Asian people typically have very straight hair. Their scalps contain fewer hairs per square centimeter, they actually have a lower hair density than that of Caucasian hair follicles. But because the individual hair follicles of East Asians are thicker, this gives the look and impression of greater hair density.

For these reasons, hair restoration techniques for East Asians, much like other races, must be sensitive to a variety of anatomic and cultural differences. For instance, East Asian females often have an increased likelihood of developing “diffuse alopecia,” or hair that thins evenly over the entire head than Caucasian females.

Even though it’s not a definite requirement, it’s very helpful for Asian patients to seek out doctors with experience in Asian hair.

Another consideration for East Asians considering hair restoration surgery is the increased chance of developing keloid scars. A keloid is a thick, irregularly shaped and elevated scar with uncontrolled growth that results from excess fibrous skin tissue. East Asians typically have a greater likelihood of keloid development than Caucasians, but less than that of people of African descent. Therefore, before undergoing surgery, East Asians may want to consider being medically evaluated for keloids.

African Hair Loss Considerations

People of African descent usually possess naturally curly hair. This curly hair gives the visual impression of increased hair density for a given amount of hair, which is beneficial in hair restoration surgery.

The hair follicles beneath the skin of people of African decent also typically curve more than Caucasians. This can make harvesting the donor hairs, without severing or transecting the hair follicles beneath the scalp, more difficult. A hair restoration physician needs to be very aware of this difference and adjust to its requirements.

As in the case of East Asians, people of African descent possess some unique hair and skin characteristics. Some of these medical conditions are more common in black skin than in white skin. This may increase the risk for post-surgical complications.

Those of African descent have a higher chance of developing keloid scarring when injured. This in turn leads to a greater chance of noticeable donor scars. Keloids aren’t a widespread problem. But those with a history of them are carefully evaluated in regard to their existing scars. The evaluation usually involves a small "test procedure" to determine if there’s a normal healing rate.

Another issue is that of postoperative skin discoloration. With darker skin, there’s often a greater risk of both increased and decreased skin color after injury or surgery. These risks can be determined by the patient’s medical and family history.

Ingrown hairs are also a more common problem in darker skin. If a patient has a history of ingrown hairs or other minor skin infections, this may signal a higher risk for ingrown hairs post-hair restoration surgery. Again, this risk can be determined by a small test procedure.

Caucasian Hair Considerations

Caucasians (white people) may have a wide range of hair and skin types. However, if someone has dense and or coarse hair, as well as skin color similar to their hair color, they will generally achieve the best results for a given amount of restored hair.

Learn more about aging and gender hair loss

Stemcelex is the newest product in a long line of hair restoration therapies claiming to “cure” hair loss via stem cell therapy. Given the recent onslaught of news regarding stem cell based hair loss treatments, injectable baldness cures, and research breakthroughs, it’s not surprising to see new therapies claiming to aggressively fight hair loss through these same mechanisms. However, is Stemcelex truly a stem cell based, regenerative hair loss cure, or is it another therapy simply riding the recent wave of interest in these types of non-invasive, revolutionary treatments?

At first glance, Stemcelex seems quite impressive. The product website is filled with scientific explanations, graphs, charts, and diagrams explaining the science behind stem cell based hair restoration. Stemcelex even states its affiliation with Dr. George Cotsarelis, a researcher at the University of Pennsylvania Medical Center who, along with a talented research team, recently discovered that the bald scalp does not suffer from a lack of stem cells, but rather a dysfunction in the pathway to properly activating stem cells to produce hair. The finding was significant and Dr. Cotsarelis’ involvement and the seemingly detailed science look promising, but what about Stemcelex itself? Does it utilize these scientific breakthroughs and offer an effective treatment for hair loss?

Unfortunately, despite the impressive name recognition and detailed explanations, Stemcelex doesn’t appear to live up to its lofty hair restoration claims. Despite claiming to “activate” the dormant stem cells described by Dr. Cotsarelis, Stemcelex does not offer any sort of feasible molecular/stem cell based therapy. The website cleverly explains the science behind stem cell inactivation and the promise of reversing the dysfunctional pathway, but instead of reinforcing Dr. Cotsarelis’ view that cures for reversing the inactivation pathway are not yet understood, Stemcelex claims to actually fix the stem cell inactivation through a series of unproven homeopathic and herbal treatments for hair loss.

So, what is actually inStemcelex? The treatment involves a three day cycle of different lotions and topical treatments for baldness applied twice a day.

Day1: On the first day of the hair restoration cycle, a topical lotion made from Jaborandi Pilocarpus is applied twice after washing and thoroughly drying one’s hair. According to Stemcelex, Jaborandi Pilocarpus is a parasympathetic activator (it excites the nerves that cause the body to “rest and digest” during periods of relaxation) that rids the scalp of excess oils and dandruff that impede healthy follicular hair growth. Furthermore, Stemcelex claims that Pilocarpus naturally darkens and thickens existing, native hairs. According to the experts, Pilocarpus has no reproducible pharmacological applications and any evidence that it actually thickens and darkens hair is anecdotal.

Day 2: The second day of the cycle involves Veratrum Lobelianum, a family of herbs commonly used in Chinese medicine.  Stemcelex claims these herbs can penetrate the scalp and activate the necessary molecular signaling to “regenerate” the hair follicle stem cells. Furthermore, Veratrum allegedly down-regulates or prevents the production of Dihydrotestosterone (DHT), the hormone directly responsible for male pattern baldness. According to the research, members of the Veratrum family have been used in everything from a Native American poison to a drug researched in human blood pressure.  Currently, they are used in cancer treatments. Although the science behind cancer therapies indicates that the drug could have some molecular benefit in signaling cell activation and inactivation, there has been no research or evidence suggesting that Veratrum is useful in fighting, reversing, or preventing the effects of male or female hair loss.

Day 3: During the third day of the Stemcelex cycle, a kelp based topical extract is applied twice daily to provide nutrients to the “new hair growth” and also ensure that the scalp remains clean and healthy. This step of the treatment doesn’t claim to be more than a simple dose of nutrients useful in good scalp hygiene.

After reviewing the active ingredients behind Stemcelex, there is no evidence to suggest that Stemcelex is an effective hair loss treatment at this point in time. The idea of activating the dormant stem cells is important to finding a molecular cure to hair loss, but despite understanding this importance, Stemcelex doesn’t offer any concrete stem cell reactivation agents. It’s possible that Veratrum may prove useful in cell signaling and reactivating dormant cells, but the current research and evidence simply don’t support its use at this time.  Furthermore, Stemcelex charges a hefty $99.85 for a month supply of the treatment which may keep even the most curious and enthusiastic hair loss suffering men and women away.

Altogether, the idea of reversing dormant hair follicle stem cells is important, but therapies for effectively stopping and rewiring this pathway do not seem to exist at this point in time. Unfortunately, this seems to nullify the claims made by Stemcelex and prevent it from becoming a stem cell hair loss cure.

Brilliant Hair Loss Treatment, or is it a Scam?

ElectroTrichoGenesis (ETG), also known as Cosmetic TrichoGenesis (CTG), is a little known hair loss treatment that makes some very lofty hair growth claims. How does ETG work and is it really clinically proven to treat androgenic alopecia(genetic balding)?

How ElectroTrichoGenesis (ETG) Works

ETG is promoted as a safe, painless and non-intrusive. Treatment is administered via an “ergonomically shaped couch with a semi spherical hood” manufactured by Current Technology Corporation in Vancouver, Canada.

The patient reclines on the chair and the hood (with disposable liner) is placed over the head but does not make contact with the scalp. This special hood contains electrodes that deliver “specified pulsed electrostatic energy” delivered passively to the scalp by the low-level electric field generated within it.

ETG is believed to stimulate the regrowth of hair through the positive influence of the pulsed electrostatic field it generates. This field is said to stimulate “changes within the hair bulge and the follicle, stabilizing hair loss and stimulating new hair growth”. Patients receive a single 12 minute session weekly.

Is ETG Clinically Proven?

The following three studies on the efficacy of ElectroTrichoGenesis (ETG) as a treatment for thinning hair have been published in peer-reviewed journals:

Maddin, W. Stuart; Bell, Peter W.; James, John H. M. (1990).
"The Biological Effects of a Pulsed Electrostatic Field with Specific Reference to Hair Electrotrichogenesis". International Journal of Dermatology29(6): 446–450.

Benjamin, Benji; Ziginskas, Danute; Harman, John; Meakin, Timothy (2002).
"Pulsed electrostatic fields (ETG) to reduce hair loss in women undergoing chemotherapy for breast carcinoma: A pilot study". Psycho-Oncology11(3): 244–248

Maddin, WS; Amara, I; Sollecito, WA (1992).
"Electrotrichogenesis: further evidence of efficacy and safety on extended use". International Journal of Dermatology31(12): 878–80

According to the 36-week comparative, controlled study conducted on male subjects at the University of British Columbia and published in The International Journal of Dermatology, 96.7% of those treated experienced cessation of hair loss and/or hair regrowth. Decreased hair loss was seen as early as 4 to 6 weeks but many patients required more time for results.

The pilot study conducted on women undergoing chemotherapy for breast carcinoma and published in  Psycho-Oncology,showed that twelve out of 13 participants had good hair retention throughout the chemotherapy period and afterwards with no reported side effects.

As with the clinically proven medical hair loss treatments Rogaine (minoxidil) and Propecia (finasteride), ETG is said to be most effective in the early stages of balding.

Conclusion

Although the data put forth in this article seems to paint ETG as a clinically proven and highly effective hair loss treatment, it’s important to note that the procedure is not new. The studies referenced above were published more than 13 years ago. If ETG truly works to stimulate hair growth and suppress the advancement of hair loss, why has it not become a fixture in the world’s leading hair restoration clinics? Where are all the glowing, unbiased reviews?

With no reported side effects, there may be no harm in giving ETG a try if there is a provider in your area and the fees are reasonable. However, balding men and women are encouraged to consult with an experienced and reputable hair restoration physicianin order to diagnose the cause of their thinning hair and learn about the outstanding medical and surgical options available today.