To prove the fact that this does not happen on your scalp alone, Everyday Health notes, “too much thyroid hormone, the hair on your head can become fine, with thinning hair all over the scalp. When there is too little of this hormone, there can be hair loss, not just on the scalp, but also anywhere on the body”. This proves patients with underactive thyroid (low thyroid) can have their eyelashes and eyebrows falling off.
Despite the name androgenetic alopecia, the exact role of hormones is uncertain. It is well known that androgens affect the growth of the scalp and body hair and even Hippocrates observed 2,400 years ago that eunuchs did not experience baldness (Yip et al., 2011). However, hyperandrogenism cannot be the only pathophysiologic mechanism for FPHL because the majority of women with FPHL neither have abnormal androgen levels nor do they demonstrate signs or symptoms of androgen excess (Atanaskova Mesinkovska and Bergfeld, 2013, Schmidt and Shinkai, 2015, Yip et al., 2011). Furthermore, cases have been reported in which FPHL developed in patients with complete androgen insensitivity syndrome or hypopituitarism with no detectable androgen levels (Cousen and Messenger, 2010, Orme et al., 1999).
Androgenic alopecia, hair loss when androgen levels are not too high, is an indicator of inflammation. Hair loss is just one sign of inflammatory issues like Celiac disease or gluten intolerance. Naturopathic Doctor Lara Bridden says, “Inflammation hyper-sensitizes your hair follicles to a normal amount of androgen. Reduce inflammation by avoiding food sensitivities such as wheat and/or dairy, and by correcting intestinal permeability.”
It is known that during pregnancy, because of an increased level of estrogen, there is a tremendous growth of new hair. However, during menopause it is noticeable that the reduced level of estrogen hormone tends to cause hair loss. When the estrogen hormone levels tend to drop, the hair follicles fall under the influence of the male sex hormone or the testosterone, which cause the shortening of the growth phase of hair. Subsequently there is a noticeable hair loss. This hair loss caused due to the drop down of estrogen levels may cause patchy hair loss or complete baldness.
If you have a case of estrogen dominance, you can help bring your levels down to normal by keeping your gut healthy and avoiding refined carbohydrates like white bread and white rice. Also, avoid eating any meat that has been treated with hormones. If you have low levels of estrogen, solutions include minimizing your stress, practicing a healthy diet, and exercising regularly.
Because there are a number of different factors that can contribute to hair loss, it’s best to ask your doctor for a few different tests. I recommend checking: fasting glucose, iron levels and complete blood count (which can determine if you have anemia), as well as thyroid, estrogen and testosterone levels. These assessments should give you a better understanding of what hormonal issues may be at the root of your problem.
Postmenopausal frontal fibrosing alopecia, a variant of lichen planopilaris, is a distinct form of scarring alopecia which is described in postmenopausal women. It consists of a receding hairline with scarring associated with a partial or complete loss of eyebrows in most affected individuals. The loss of eyebrows may be the presenting sign; however, the hairline reveals evidence of perifollicular erythema on closer observation. Histologic features are identical to that of lichen planopilaris.
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Modern medical studies and research have not found any cure or possible medication for Alopecia. However, there are various treatments available for hair growth, or at least temporarily. It is recommended to consult a medical expert or dermatologists to gain more knowledge regarding the condition before undergoing through treatment and medications. Listed are treatments and products under cosmetic dermatology and general dermatology which could help you with your skin concern.
The real culprit appears to be dihydrotestosterone (DHT), a more potent form of testosterone. DHT is made from testosterone by a specific enzyme in the body, and while both testosterone and DHT are known to have a weakening effect on hair follicles, there appears to be something unique about the conversion process of testosterone to DHT that relates to thinning hair. This is why some drugs that are marketed for hair loss block the conversion of testosterone to DHT. (It’s important to note, however, that these drugs tend to be less effective in women than men, and that one of them—finasteride—is only approved for hormonal hair loss in men, not women. What’s more, the drug has been associated with increased risk of sexual side effects, depression, nausea, hot flashes, and increased estrogen levels—and too much estrogen is its own risk factor for thinning hair; more on that below.)
Lichen planopilaris and frontal fibrosing alopecia inflammatory conditions, in which the inflammation destroys the hair follicle, can cause a scar or permanent hair loss (usually present as red patches with redness and scale around each hair follicle). In the very advanced stages, they may appear as smooth, bald patches where the hair follicles have been destroyed. Androgenetic hair loss is another non-scarring type. The most common type of hair loss, it is due to the complex interplay of genes, hormones, and age.