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Scarring alopecia results in permanent hair loss, so it is really important for early diagnosis and treatment to slow down the adverse effects.

In scarring alopecia, hair follicles become inflamed and are replaced with scar tissue on the skin on the scalp. For this reason, when hair loss has occurred, there is no potential for the hair to recover in those areas. Although this process is irreversible that does not mean these conditions are untreatable. As is often the case, early diagnosis and treatment is vital to limiting the damage caused by the disease. The scarring alopecias require careful and expert management as an accurate diagnosis of the problem is vital to choose the most appropriate treatment. Sometimes a diagnosis requires a skin sample (biopsy) of the skin.

MALE PATTERN HAIR LOSS

By far the most common cause of hair loss in men is male pattern hair loss (MPHL). This condition is also referred to as androgenetic alopecia. Although scientists are not completely certain what determines who gets male pattern hair loss, we do know there is a genetic component to the condition that can be inherited from either parent’s side of the family.

Male pattern hair loss is identified by the hair it affects. In male pattern baldness, hair on the top of the head is affected, whereas hair on the back and sides of the scalp is spared. MPHL generally progresses in one of three ways; a receding hairline, thinning of the hair on the crown, or a general thinning of the hair all over the top of the head.

The key is to catch it as early as possible, ideally, as soon as you notice any thinning or loss of hair, the sooner you can begin treatment the greater your chance of achieving a good recovery. If you think you may be suffering with male pattern hair loss, make an appointment with our expert dermatologists today.

FEMALE PATTERN HAIR LOSS

Female pattern hair loss, also sometimes called androgenetic alopecia, affects thousands of women in the UK, usually beginning at around 30 years of age and occasionally earlier. Typically, women present with gradual thinning of the hair at the top of the head and widening of the hair part. Despite similarities with male pattern hair loss, the exact causes of FPHL is less clear. Elevated levels of testosterone or increased sensitivity to the hair follicles to this hormone is a factor in some, but not all, who have this condition. The balance of other hormones in the body and genetic factors are also likely to be important in causing this hair loss.

A number of treatments are clinically proven to stop further hair loss and in many cases reverse it, leading to a recovery of hair thickness and coverage. As with MPHL, early treatment is important as it is much easier to maintain the hair density than to recover it once it has been lost.

ALOPECIA AREATA

Alopecia Areata (AA) is a form of hair loss that affects both men and women causing bald patches to suddenly appear on the scalp or body. This happens when groups of hair follicles prematurely enter the shedding phase of the hair cycle. It is thought to be an autoimmune disorder, where the body’s immune system attacks the hair follicle root by mistake. We do not know what causes a person to develop AA, but a variety of potential triggers have been identified including infections and severe emotional stress.

Treatment for alopecia areata depends on the site and size of the affected areas. Steroids can be used either topically or as injections into the scalp to reduce the immune response and allow the hair to regrow. Larger areas are treated with topical treatments such as diphencyperone immunotherapy or dithranol and sometimes tablets can be used. Patches can also regrow by themselves, although there is no way of predicting if or when this might happen. Since AA can appear suddenly and progress rapidly, early treatment is generally recommended to increase the chances of a recovery.

By far the most common cause of hair loss in men is male pattern hair loss (MPHL). This condition is also referred to as androgenetic alopecia. Although scientists are not completely certain what determines who gets male pattern hair loss, we do know there is a genetic component to the condition that can be inherited from either parent’s side of the family.

Male pattern hair loss is identified by the hair it affects. In male pattern baldness, hair on the top of the head is affected, whereas hair on the back and sides of the scalp is spared. MPHL generally progresses in one of three ways; a receding hairline, thinning of the hair on the crown, or a general thinning of the hair all over the top of the head.

The key is to catch it as early as possible, ideally, as soon as you notice any thinning or loss of hair, the sooner you can begin treatment the greater your chance of achieving a good recovery. If you think you may be suffering with male pattern hair loss, make an appointment with our expert dermatologists today.

Female pattern hair loss, also sometimes called androgenetic alopecia, affects thousands of women in the UK, usually beginning at around 30 years of age and occasionally earlier. Typically, women present with gradual thinning of the hair at the top of the head and widening of the hair part. Despite similarities with male pattern hair loss, the exact causes of FPHL is less clear. Elevated levels of testosterone or increased sensitivity to the hair follicles to this hormone is a factor in some, but not all, who have this condition. The balance of other hormones in the body and genetic factors are also likely to be important in causing this hair loss.

A number of treatments are clinically proven to stop further hair loss and in many cases reverse it, leading to a recovery of hair thickness and coverage. As with MPHL, early treatment is important as it is much easier to maintain the hair density than to recover it once it has been lost.

Alopecia Areata (AA) is a form of hair loss that affects both men and women causing bald patches to suddenly appear on the scalp or body. This happens when groups of hair follicles prematurely enter the shedding phase of the hair cycle. It is thought to be an autoimmune disorder, where the body’s immune system attacks the hair follicle root by mistake. We do not know what causes a person to develop AA, but a variety of potential triggers have been identified including infections and severe emotional stress.

Treatment for alopecia areata depends on the site and size of the affected areas. Steroids can be used either topically or as injections into the scalp to reduce the immune response and allow the hair to regrow. Larger areas are treated with topical treatments such as diphencyperone immunotherapy or dithranol and sometimes tablets can be used. Patches can also regrow by themselves, although there is no way of predicting if or when this might happen. Since AA can appear suddenly and progress rapidly, early treatment is generally recommended to increase the chances of a recovery.