Treating female pattern hair loss

About one third of women get hair loss (alopecia) at some time in their lives; in post-menopausal women, as many as two-thirds suffer from hair spots or bald spots. Hair loss treatment in women is often more affected than hair loss on men, as it is not socially acceptable to them. Alopecia can have a major impact on the emotional well-being and quality of life of women.

The main type of hair loss in women is. It is called androgenetic alopecia, or female (or male) hair loss pattern. In men, hair loss usually begins above the, and eventually the hair creates a characteristic “M” shape; hair at the top of the head is also pointed, often going on to baldness. In women, androgenetic alopecia begins with gradual thinning at the part line, followed by diffuse hair loss crossing from the top of the head. Women's hair rarely derogates, and women rarely get bald.

There are many possible causes for women to in, including medical conditions, medication, and physical or emotional stress. If you notice unusual hair loss of any kind, it is important to see your primary care provider or dermatologist, to determine the cause and appropriate treatment. You may want to ask your clinician to refer to a therapist or support group to address emotional difficulties. Hair loss in women can be an obstacle, but in recent years resources have increased to cope with the problem.

Patterns of female hair loss

Demonstration of female hair loss patterns

Clinicians use the Ludwig Classification to describe hair loss in women's patterns. The minimal thinning type I can hide is with hair styling techniques. A characteristic of type II is a reduced size and a significant expansion of the center line section. Type III describes diffuse thinning, and appears on the top of the scalp.

What is androgenetic alopecia?

Almost every woman develops hair loss in a woman pattern in the end. It can start at any time after puberty starts, but women usually begin the menopause first, when hair loss usually increases. The risk increases with age, and is higher for women with a history of hair loss on both sides of the family.

As the name suggests, androgenetic alopecia involves the action of hormones called androgens, which are necessary for normal male sexual development and have other important functions in both sexes, including sexual drive and growth. hair control. The condition may be inherited and some genes may be involved. It can also lead to fundamental endocrine condition, such as androgen over-production and tumor androgen-secreting of the ovary gland, pituitary or adrenal. In all cases, the appetite is probably associated with increased androgen activity. But unlike androgenetic alopecia in men, in women the precise role of androgens is more difficult to determine. On the chances of being involved in hybrid-secreting tumor, it is important to measure androgen levels in women who have a clear loss in women's patterns in them.

In either sex, hair loss occurs from androgenetic alopecia due to genetically modified anagen, hair growth stage, and elongation of time between hair and the beginning of a new anise.  This means that it takes longer that the hair starts to grow back after being lost during the normal growth cycle. The hair follicle changes itself, decreasing and producing shorter hair shaft, thinner - a process called "follicular miniaturization." As a result, "terminal" hairs are thickened, fairer and longer replaced with shorter, thinner, non-stuffed hairs called "vellus."

Demonstration of hair growth cycle

Each hair develops from a follicle - a slim pocket in the skin - and passes through three stages of growth. Anagen (A), the active growth stage, lasts two or seven years. Catagen (B), the transition phase, lasts about two weeks. During this phase, the hair shaft moves upwards towards the surface of the skin, and the dermal papilla (the structure that causes the cells that make hair) begins to separate from the vacuum. Telogen (C), the relaxation phase, lasts about three months and ends the hair shaft.

A clinician diagnoses Hair Loss Treatment  in women's patterns by taking medical history and examining the scalp. She will look at the pattern of hair loss, check inflammatory or infected symptoms, and perhaps order blood tests to investigate other possible causes of hair loss, including hypertension, hiproidroid, and iron deficiency.