About one-third of women population around the world experience hair loss (alopecia) at sometime in their lives; among these postmenopausal women, as many as two-thirds have to endure bald spots or hair thinning. Hair loss usually has greater effect on females than it does on men, since it is less socially acceptable for them. Alopecia can hugely affect woman's quality of life and mental well-being. This is evident as male pattern baldness in women likely occurs.

The major kind of baldness in both genders -- and the issue of this article--is female (or male) pattern baldness or androgenetic alopecia. In men, hair loss generally begins above the temples, moreover the receding hairline finally forms a feature "M" shape; the hair at the very top of the head starts thinning, often progressing to actual baldness. For women, the androgenetic alopecia starts with slow thinning at the component line, continued by raising diffuse type of hair loss starting from the very top of the head. Women's hairlines rarely recede, and they rarely become hairless.

There are many possible causes of baldness, including drugs, illnesses, and physical or mental pressure. Should you find unusual hair loss in any sort, it is important to find your primary care provider or even a dermatologist, to ascertain the proper treatment and cause. It's also possible for you to request your clinician for a referral to a therapist or support group to address emotional issues. Baldness can be frustrating, but modern times have seen an increase in resources for dealing with this difficulty.

What is androgenic alepocia?
Nearly every woman eventually develops some amount of female pattern baldness. It could begin any time following the beginning of puberty, but when hair loss commonly grows, women tend to first detect it around menopause. The risk increases with age, and on both side of the family it is higher for women with any history of baldness.

Androgenetic alopecia involves the action of the hormones known as androgens, which have other significant functions in both genders and are crucial for average male sexual development, including regulation of hair development and sex drive as the name implies. The state may be inherited and includes several distinct genes. Additionally, it may form from the underlying endocrine state, for example the over production of an adrenal gland, or an androgen secreting tumor located on the ovary, pituitary or in either events, the alopecia is likely associated with increased androgen activity. Though, unlike androgenetic alopecia common among guys, in women the exact function of androgens is difficult to ascertain. It is necessary to quantify androgen levels in women with clear female pattern hair loss; on the chance an androgen secreting tumor is involved.