Does androgenic alopecia occur in women

Androgenetic alopecia is seborrheic alopecia, also known as male pattern baldness (MPA). Combined with some erroneous online information, this nickname can easily lead to the awareness that "women do not suffer from androgenetic alopecia". In fact, androgenetic alopecia can occur in both men and women.

Androgenetic alopecia in women is less likely to occur than in men, milder in severity, slower in course, and more difficult to diagnose in the early stages. It is more common after the age of 20 and peaks at the age of 50. Androgenetic alopecia in women is a polygenic genetic disorder with or without elevated androgen levels.

There are many factors such as drug intake, nutritional status, disease, psychology, etc., which may affect the occurrence of androgenetic alopecia in women. Among them, 3-4 percent of women have endocrine abnormalities, and some of them may be accompanied by androgenic abnormalities such as acne and hirsutism.

The name of male hormone alopecia that occurs first in men is outdated and incorrect, and it should not be called androgen alopecia, because male alopecia is not related to male hormones, not because of high androgens will cause hair loss, many men have high androgens and no hair loss, and some men have low androgens and will also lose their hair.

The actual cause of male hormonal alopecia in men is genetic inheritance, and then sub-health is the trigger. Scientists studied twins with a genetic predisposition to hair loss and found that the stressed, stay-at-night, smoking, drinking, drinking, and obese ones had earlier and faster hair loss, while the less stressful diet and lifestyle science had delayed hair loss.

Female hair loss is the same as men, hair loss is also closely related to genetic inheritance, because women's hair follicles are very sensitive to male hormones, so a little high male hormone will cause sub-health of the body, thereby inducing hair loss.

In fact, if a woman's male hormones exceed the standard in the body, it may lead to hair loss, and the mental pressure is relatively high, or the increase in male hormones in the body may cause female hair loss. In addition, when women have sleep disorders, as well as during menopause, sex hormone levels are disordered, and hair loss will occur. Properly condition your body.

Hair loss can be treated like this:

1) Supplement vegetable protein, eat more soybeans, black sesame, corn and other foods.

2) Supplement iron, eat more soybeans, black beans, eggs, poultry, hairtail, shrimp, cooked peanuts, spinach, carp, bananas, carrots, potatoes, etc.

3) Eat foods high in iodine.

4) Eat more alkaline substances, such as fresh vegetables and fruits.

5) Eat more foods rich in vitamin E, such as celery, amaranth, spinach, wolfberry, mustard greens, enoki greens, black sesame seeds, etc.

In addition, pay attention to supplementing nutrition, be sure to take oral hair concentrated nutrients, twice a day, one pack each time, insist on taking it can effectively dredge hair follicles, activate the growth ability of hair follicle cells, and prevent hair loss and grow new hair.

Yes. High androgens are the body hair is vigorous, but the hair will fall out, so it is recommended to go to a regular hospital for examination.

Male hormones are also present in the female body, and they are also affected by male hormones, and female androgenic baldness is not uncommon in hair loss, but it is not as obvious as the male male hairline is elevated and the "Mediterranean" is manifested. Male hair loss in women also often occurs after the age of 20 and peaks at the age of 50, which is not as rapid as the development of male male hair loss. Androgenetic alopecia in women is mainly manifested by shorter hair, lighter color, diffuse reduction of hair on the top or sides of the head, slower hair loss process, and milder symptoms.

Women generally do not develop androgenetic alopecia because their levels of male hormones are very low.

The likelihood of occurrence is low, because in women the physical performance of the male hormone content is very small.