Melanotan 2 Suggested Use/Ongoing Experiments

Melanotan 2 Suggested Use/Ongoing Experiments

1 (1)Melanotan 2 is a peptide that has gained a huge popularity in the scientific world because of its potential benefits in research and development. The peptide is a synthetic version of the naturally produced hormone alpha melanocyte-stimulating hormone. According to recent studies the peptide has potential benefits such as the stimulating the production of melanin in the skin. Melanogenesis or the production of melanin on the epidermal layers of the skin is an important aspect, which helps in preventing the unprecedented multiplication of cells in the skin. The uncontrolled multiplication of cells in the skin is the main cause of skin cancer or what is called melanoma. Research shows that the peptide has the ability to induce the production of melanin, therefore, alleviating the uncontrolled cell multiplication. However, this is from research conducted on mice and guinea pigs. It is imperative to not that melanotan 2  is not used in humans. The peptide supplied in the market is for research purposes only.

Melanin produced in the skin is a very good protective pigment and research has shown that melanotan 2 accentuates the production of melanin on the skin in high amounts. The research was done on melanotan 2 largely depends on the peptide purity and quality. Peptides supplied vary in quality and purity and it is essential to note that you should go for peptides with a certified purity level. A known purity level is beneficial because the research studies can be used as a benchmark for other future studies. The peptide is vital in accentuating the production of alpha-melanocyte stimulating hormones and it is preferred than the predecessor melanotan 1. There are numerous research experiments that are being undertaken by scientists across the globe, this include

Melanotan 2 and Weight Loss

Melanotan 2 and Weight Loss
Melanotan 2 and Weight Loss

Melanotan 2 has shown the ability to accentuate weight loss according to studies conducted on mice. The peptide is crucial in accentuating fatty acid oxidation and the alteration of cumulative fats in the system. The central melanocortin system is essential because it handles food intake and the conversion of excess glucose to glycogen and fats for storage in peripheral organs. Scientists are still studying the efficacy of the peptide in stopping the deposition of fats on the peripheral organs. The peptide has a role on the functionality of leptin. Leptin is a hormone that is responsible for regulation satiety. When the hormone is not regulated, it leads to an increased food intake and this may contribute to weight gain. Studies conducted on mice shows that a deficiency or lack of response to the hormone leads to overweight. Fatty acid oxidation is an important process that controls the burning of fats on the visceral and peripheral organs. Food intake and homeostasis are two major components controlled by melanocortin receptors.

The melanocortin system is one of the essential signals in the system because it promotes emptiness or fullness of the stomach. When melanotan 2 is injected into mice the sensitivity to the hormone an increased and this led to weight loss. When the leptin pathway is activated, it leads to a controlled nutrients and blood supply to the peripheral and visceral organs. Since the deposition of fats in the peripheral organs is because of hormone deficiency or receptor failure. Melanotan 2 peptide will increase the sensitivity to the hormone   works by cutting blood supply to the adipocytes or what is called fat cells. When nutrient and blood supply to the peripheral and visceral fat cells is cut, the cells will begin to die off. When the cells die off, they are removed through the natural process of detoxification. This contributes to weight loss because more cells are killed and research shows that the mice lost weight. The response of the mice to leptin when the peptide was administered and it produced a similar metabolical and physiological outcome.

Melanotan 2 and Sexual Behavior

Melanotan 2 and Sexual Behavior
Melanotan 2 and Sexual Behavior

Research  has shown that melanotan 2 has a prosexual characteristic. The peptide increases blood flow to the sexual organs. Melanotan 2 was injected to mice and an observation was made, female mice showed solicitation behaviors, their sexual organs reddened meaning that blood flow increased. On the other hand, the male mice showed erection of their sexual organs and they began looking for the female mice. However, it is important to note that the effect occurred after 4-6 hours when the melanotan 2 injections were administered. Melanotan 2 dosage varies depending on the experiment. However, the recommended dose is from 0.5 milligrams to 2 milligrams.

The tendency of the peptide to accentuate sexual solicitation in mice was seen to be caused by the melanocortin receptors. When the melanocortin receptors are, stimulated it leads to flowing of blood to the sexual organs and the test organism is aroused. Melanotan 2 peptide is efficient and the potency is higher than the predecessor is. Moreover, it has a short chain, which ensures that the peptide can penetrate through cells and tissues. Melanotan 2 peptide  injections bring a new dimension to the scientific research and since the peptide mimics the biological production of the alpha melanocyte-stimulating hormone.

Melanotan 2 and Muscle Mass

There is an ongoing research on the efficacy of the peptide in increasing muscle mass. There are postulates that the peptide accentuates the generation, growth, and development of the muscle cells or myoblasts. When the peptide is injected to mice and the muscle cells monitored using probes the recovery time of the muscles was quicker than those in placebo were. It is important to note that the peptide creates memory cells on the epidermal layer and the production of melanin, as well as the increase of myoblasts, is increased throughout the life of the animal. During research, you can try lower dosage before moving to a higher dosage, this is vital because it reduces the chances of tolerance and the cells of the test organisms respond up to a certain limit. For research purposes, the peptide bought should be a high quality and the user should ensure that the quality is undeterred. This is essential because you cannot benchmark studies with a peptide that is of unknown purity level. Some of the unscrupulous vendors lace the peptide with other additives such as mannitol. However, when you find the right supplier you are sure of the result finding.