The link between hormones and hair loss has perpetually been something in debate, particularly among older men and women. But unfortunately it is not known to what extent hormones can induce hair loss . Fortunately, the imbalances that hormonal hair loss are usually temporary and easily treated.
The hormones are vital to our body as at normal levels they are responsible for the growth, operation, and maintenance of numerous organs and systems. Some hormones are responsible for regulating the body temperature while others are responsible for proper brain activity. The male hormone testosterone in present in both females and males and is responsible for the proper function of reproductive organs and this hormone is thought to be most closely linked to hair loss.
When testosterone is changed in the body to DHT (another type of hormone) through an enzyme reaction hair loss can occur. Such a new enzyme binds to the cells of hair follicles at special receptor sites and decreases the growth stages of hair and increases the resting phase. Over a period of time this can lead to excess hair shedding, limited growth, hair thinning, and eventually baldness.
Men begin to develop hair loss when their scalp becomes excessively sensitive to DHT (dihydrotestosterone) . DHT is a product of testosterone that makes the hair follicles everywhere around the body to shrink and, eventually this has the effect of preventing hair from growing again. This problem also occurs in women as well. When hair loss is not caused by testosterone, or its by product DHT , other hormonal changes could be to blame. Hormones and hair loss can also be brought by changes in , progesterone, estrogens,and thyroid hormones can also lead to hair loss.
Pregnancy and childbirth can lead to temporary hair loss as a result of the hormonal changes that occur . Hair growth can be increased due to overproduction of certain hormones during the last trimester of pregnancy. However, these hormones decrease significantly and hair follicles are forced into an extended resting phase immediately after childbirth. During such a phase hair shedding is increased but new growth does not occur to take its place, thus leading to temporary hair loss. Hormonal changes brought on by menopause and perimenopause can also lead to hair loss. During this time progesterone and estrogens levels in a woman's body fluctuate and decrease. These changes can affect the function of the hair follicle,thus resulting in extended resting phases and notable hair thinning.
Hair loss medications, such as birth control pills or hormone replacement therapy that alter the body's hormone production can also lead to temporary hair loss.
Finally, any can lead to the underproduction or overproduction or of certain hormones that help regulate hair growth. In this situation hair loss is caused by a depressed growth phase and an extended resting phase.
Treatment for Hormones and Hair Loss
Although the thinning or hair loss that can be caused by these hormonal changes is embarrassing, frustrating, and alarming there is good news. Most cases of hormones and hair loss are temporary and the natural hair growth cycle will return once the condition or illness has passed or been cured. Normal hair growth returns in as little as six months in the case of childbirth. With menopause or perimenopause normal hair growth should return once the hormonal changes subside. The same is true for those medications that affect hair growth. Once the body becomes used to the medication or once the medications are stopped hair growth returns to normal.
If hair loss is not treated a few months after the condition has cleared it may be time to talk to your doctor about alternative treatment. In these cases hair loss is normally not only the result of hormonal changes. hair loss can be treated with a variety of options and procedures once the actual condition is identified .
Hormones and hair loss is usually temporary and not cause for great concern. The best way to deal with this condition is to be patient and find ways to style your hair for added volume and thickness until the normal hair growth cycles return.
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