Melanotan 1 MT1 (10mg)

$66.00

10 in stock (can be backordered)

1 Vial
$50.00 Per Vial
$50.00
2 Vials
$47.50 Per Vial (SAVE 5% Per Vial)
$95.00
$100.00
3 Vials
$45.00 Per Vial (SAVE 10% Per Vial)
$135.00
$150.00
4 Vials
$42.50 Per Vial (SAVE 15% Per Vial)
$170.00
$200.00
5 Vials
$40.00 Per Vial (SAVE 20% Per Vial)
$200.00
$250.00
6 Vials
$37.50 Per Vial (SAVE 25% Per Vial)
$225.00
$300.00
7 Vials
$35.00 Per Vial (SAVE 30% Per Vial)
$245.00
$350.00
8 Vials
$32.50 Per Vial (SAVE 35% Per Vial)
$260.00
$400.00
9 Vials
$30.00 Per Vial (SAVE 40% Per Vial)
$270.00
$450.00
10 Vials
$27.50 Per Vial (SAVE 45% Per Vial)
$275.00
$500.00
Category:

Description

Melanotan I (MT-1) is a synthetic analogue of alpha-melanocyte-stimulating hormone (α-MSH) that increases melanin production in the skin. It was developed to stimulate eumelanin formation and has been investigated for pigmentation and photoprotection.

Unlike Melanotan II, MT-1 has been studied extensively in human clinical research, particularly for its effects on pigmentation and light sensitivity.

Product Information
Melanotan I, also known as NDP-α-MSH, interacts primarily with melanocortin receptors involved in melanin production. Human studies have demonstrated increased skin pigmentation and eumelanin production following MT-1 administration.

Research has also investigated MT-1 in combination with controlled UV exposure, where it produced stronger and more sustained tanning than UV exposure alone.

How Does Melanotan I Work?
MT-1 mimics α-MSH and activates melanocortin receptors on melanocytes, stimulating the production of eumelanin, the darker pigment responsible for skin tanning.

Melanotan I Benefits & Effects
Boosts Melanin Production
Melanotan I increases eumelanin production, resulting in measurable darkening of the skin. Human research has directly demonstrated increased eumelanin following MT-1 administration.

Promotes Skin Tanning
Clinical research has shown that MT-1 can produce noticeable skin pigmentation. In one human study, MT-1 produced increased tanning at several anatomical sites after a two-week dosing period.

Supports Photoprotection Research
Because eumelanin absorbs ultraviolet radiation, MT-1 has been investigated for its potential role in protecting skin against UV-related damage. Clinical research found fewer sunburn cells at irradiated sites in some MT-1-treated subjects.

Produces Longer-Lasting Pigmentation
Human research found that MT-1-enhanced tanning could persist longer than tanning produced by sunlight alone, making the compound particularly interesting in pigmentation research.

Supports Photosensitivity Research
MT-1 has also been studied in connection with disorders involving abnormal sensitivity to light. Its development eventually led to afamelanotide, a pharmaceutical melanocortin analogue used clinically for erythropoietic protoporphyria.

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