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Dermatologists, Pathologists and Geneticists work together to look at the overall genetic make-up of the body, especially the cells that play a role in Alopecia and the connection of the cellular receptors in hair growth.

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Scientifically known as Allopeica aerate, this cell signaling disease is a common autoimmune skin disease, causing hair loss on the scalp, face and sometimes on other areas of the body. The immune system mistakenly attacks hair follicles which causes the hair loss. Usually it first appears during a person's childhood.

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-Bald spots
-Pain or tingling at sights of hair loss
-"Exclamation point" hairs

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There is no cure for Alopecia but there are many medications that can aid in the restoration of hair.

The National Alopecia Foundation (NAAF) is currently researching in the cure for Alopecia.

Dermatologists, Pathologists and Geneticists work together to look at the overall genetic make-up of the body, especially the cells that play a role in Alopecia and the connection of the cellular receptors in hair growth.

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The cell signaling pathway involved with Alopecia is known as the 'Androgen Receptor Pathway.'

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In an Androgen Receptor Signaling Pathway, testosterone works with 5 alpha-reductase to bind to DHT in hair follicles. The 5 alpha reductase binds with receptors in DHT, which then binds to the androgen receptor forming an androgen-receptor complex.

This complex binds to DNA inside the nucleus, which regulates responsive genes, like hair growth in this case.

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Your immune system acts on its own and T Cell lymphocytes bundle up and attack hair follicles causing the follicle to detach from the bloodstream making hair no longer capable to grow.
Some AR's get destroyed, so there aren't any receptors enabling hair growth.