MT-II

What Is It?

Melanotan II (MT2) is a stimulating peptide which induces skin tanning. Melanocyte Stimulating Hormones (MSH) are a class of peptide hormones produced in the intermediate lobe of the pituitary gland that stimulate pigment cells (melanocytes) in the skin and hair to produce and release melanin which leads to darker skin and hair. Melanotan II increases melanin production via stimulation of skin pigment cells called melanocytes.

Biochemistry

In one case study of skin rejuvenation, the need to stimulate the melanocyte stimulating hormone responsible for increasing melanin production. Scientists discovered the use of a “tanning peptide” when investigating possible ways to treat skin cancer. They hypothesized that by inducing the body’s natural pigmentary system through the process of melanogenesis, a protective tan could be produced before UV exposure, thereby reducing the potential for skin damage. With just a little UV exposure, the release of a- Melanocyte Stimulating Hormone stimulates a natural increase in the production of melanin from the melanocytes in the skin. Use of the tanning peptide provides more a-MSH which results in more melanin being produced and greater tanning potential (skin pigmentation) regardless of your skin type.

Clinical trials have shown that use of Melanotan II may hold the potential to promote melanogenesis, with minimal side effects. The primary role of melanogenesis is to protect the hypodermis, which is the layer under the skin from the UV-B light that causes damage. It works by absorbing all of the UV-B light, which blocks its passage into the skin layer.

Benefits

This is a pharmaceutical grade version that is ideal for use in research and study. Currently, this synthetic peptide is being studied to stimulate the body’s melanin output.

• Can be developed to promote sunless tanning

• Aphrodisiac effects for men with erectile disfunction

• May increase insulin sensitivity and improve glucose tolerance

• Can reduce body weight without long term dieting

• Can enhance recovery time for crushed nerves or muscles

• Potential to have neuroprotective properties

• Can improve function after peripheral nerve damage or spinal cord injuries

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