DRUGS FOR TREATING HYPERPIGMENTATION (CLASSIFICATION)

Antioxidant

Melanin A is a very powerful antioxidant, immunomodulator and adaptogen . This remedy stops the action of aggressive free radicals, thereby restoring damaged tissues and preventing the development of cancer.

Melanin A molecules contain so-called paramagnetic centers, which are “traps” for free radicals, due to which the growth of malignant cells is stopped.

The danger of labile free radicals

Molecules of cells in a healthy body are in a stable state and are able to perform the functions assigned to them. But the human body is not isolated from the outside world, so they are daily exposed to negative influences from the environment. Unfavorable factors include both stressful conditions and completely natural processes:

• aging of the body,
• exposure to toxins (unfavorable environmental background),
• poor quality food, contaminated water,
• ultraviolet radiation,
• smoking, alcohol, medications, etc.

Due to the negative impact of these factors on the cells of the body, labile free radicals are formed. These are unstable molecules that have an unpaired electron in the last level. These particles, alien to the human body, “hunt” healthy cells, robbing them of the missing electron. This causes irreparable damage to the fragile chemical balance of the body, and the cells themselves are on the verge of degeneration.

If you ignore the problem, then the action of labile free radicals takes on an avalanche-like character. Their number is constantly growing, and mutating cells cause intoxication of the body. Numerous clinical studies have proven a direct relationship between this process and the development of many dangerous diseases. First of all, these are oncological diseases and the occurrence of tumors in tissues. Free radicals also prepare the ground for the development of cardiovascular pathologies, immunodeficiency states, and accelerated aging.

Mechanism of antioxidant action of Melanin A

The components of the drug Melanin A act as oxidation inhibitors. This means that they are able to slow down the avalanche-like increase in the number of labile free electrons, replacing healthy tissue cells in the reaction. When contacting unstable molecules, donor cells lose an electron and themselves become chemically active, shaking the fragile chemical balance. If the drug is present in the body, their place is taken by stable free radicals Melanin A. Reacting with their unstable “colleagues”, they form compounds with low chemical activity. In this way, an uncontrolled fire is extinguished.

All known types of labile electrons fall into the traps of the high-molecular polymer from Antarctic black yeast. These traps are capable of creating an effective protective filter for cell membranes, protecting them from prolonged ionizing and ultraviolet radiation. They also make it possible to slow down the chain reaction of malignant degeneration of cells in cancer.

Traditional methods

Violation of melanin synthesis leads to the formation of pigment spots. Traditional methods of treatment provide their own proven methods of lightening the skin and combating pigmentation.

To achieve a positive effect, one or more of the procedures listed below (optional) should be performed regularly and at least twice a day.

1. A mask made from a mixture of starch and lemon juice.

Add the juice of one lemon to potato starch (1 tsp), mix well and apply to dark spots. After 20 - 25 minutes. The mixture must be washed off with cool water.

2. Tonic based on natural juices.

Birch sap, freshly squeezed juice of lemon, cucumber, parsley, grapefruit, rowan (each separately) must be applied to the skin, rub lightly, wash after 20 - 25 minutes.

3. Calendula juice tonic.

Calendula leaves and inflorescences are passed through a meat grinder and squeezed. The resulting juice is applied to the skin in a similar manner.

4. Mask made from fermented milk products.

Kefir, sour cream or yogurt are applied in a thick layer to the areas of pigmentation. You can repeat the procedure several times after the previous layer has dried, then wash with warm water.

5. Viburnum ice.

Viburnum juice is frozen in the refrigerator, then rubbed over dark spots on the skin.

6. Cucumber lotion with alcohol.

Cucumber pulp (3 tablespoons) is poured with 1 glass of diluted 40% alcohol. Infuse in a dark place in a closed container until a green tint is obtained. The lotion effectively whitens the skin when rubbing pigment spots. Do not use the product in damaged areas!

7. Rice ice.

An effective way to lighten the face, which many women on different continents enjoy using, is rice ice. To prepare it, you need to boil the rice, strain the broth, pour it into a special mold and freeze. Rubbing your face with ice cubes twice a day can achieve lasting skin lightening.

Antitumor agent

By reacting with proteins of malignant cells, Melanin A prevents their development and stops the development of cancer. At the same time, the attachment sites of malignant cells are also destroyed, allowing natural killer lymphocytes to freely destroy tumors.

Melanin A is often used for recovery after undergoing anticancer therapy (radiation, chemotherapy, surgery). This bioactive supplement is indicated for people who are regularly in an area of ​​high background radiation, as well as for those who have a high risk of cancer in their family.

Direction of action of the drug

Melanin A is one of the antitumor drugs with a broad spectrum of action.

The use of the drug in preventive and therapeutic therapy is recommended:

• To provide a powerful pre-antioxidant effect. Preventive treatment helps family members at high risk of cancer to contain the avalanche-like process of degeneration of healthy cells.
• When diagnosing borderline forms of the disease. These include neoplasms with a low degree of malignancy. The components of the drug help prevent the transformation of the tumor into a malignant form.
• At all stages of the disease. Clinical studies have proven the positive dynamics of therapy for any degree of advanced disease. In practice, even patients with extensive metastasis, thanks to taking Melanin A, went into a stage of long-term remission.
• As a restorative agent after surgery, a course of chemotherapy, radiation therapy. Melanin A accelerates the process of tissue scarring, resorption of cysts and neoplasms.

"Hunt" for cancer cells

The drug contains melanin in a water-soluble form. This component has a complex destructive effect on cancer cells. It lies in two important factors:

• Direct chemical reaction with degenerated cells. Nucleic acids and amino acid compounds of cancer cells are sensitive to melanin. It significantly slows down the process of synthesizing their DNA, thereby inhibiting the overall growth of the tumor. As a result, the likelihood of metastases spreading is reduced and the time window for effective treatment of the disease increases.
• Overcoming the defense of cancer cells. The human immune system synthesizes a number of agent cells to destroy pathogenic microorganisms that cause disease. The task of suppressing the affected cells after infection of the body is assigned to T-lymphocytes. Thanks to the protective barriers that cancer cells build at their attachment site, T lymphocytes do not pose a threat to them. Water-soluble melanin allows the destruction of these membranes, making mutant cells defenseless against immune agents.

Published research results provide values ​​for the cytotoxic activity of Melanin A towards cancer cells. The death rate in patients was: for colon carcinoma - 80%, for lung cancer - 85%, for two lines of breast cancer - more than 90%.

Safety

Oncologists operate with a wide range of substances that can inhibit the activity of degenerated cells. However, all of them are toxic even in minimal therapeutic doses. Usually one part of them is not applicable due to specific contraindications, while the other has serious side effects. In contrast, water-soluble melanin does not cause changes in healthy tissue cells. It not only does not suppress the immune system of patients, but also helps in the fight against pathogens of viral, bacterial and fungal infections.

The absence of side effects allows you to use Melanin A for a long period of time and combine its use with radiation and chemotherapy methods.

How to increase production?

In addition, special dietary supplements can be used. Experts have developed drugs that help produce a similar pigment.

Diet

If a person burns badly under the sun's rays, then he has a low protective function. It can be restored by improving your diet. To increase the concentration of melanin in the skin and hair, you need to consume foods that are rich in beta-carotene, tryptophan, tyrosine, fatty acids, lipocoin, vitamin A, B, C, E.

• coffee;
• pastries, cakes;
• corn;
• salty;
• wine.

dietary supplements

To increase the synthesis of melanin in the skin, you can use various dietary supplements. They are made from natural raw materials and contain a large amount of useful minerals, vitamins and amino acids.

The following products are popular in the form of tablets and capsules:

• Pro Solveil;
• Nature Tan;
• Inneov;
• Bevital-San.

Before using vitamin-mineral complexes and dietary supplements, you should consult your doctor, as there may be contraindications.

Drugs

The most effective drug for low melanin levels in the body is Melanotan 2, which is sold in powder form for injection. This product helps a person get a tan even in the absence of sunlight, and prevents further penetration of ultraviolet rays deep into the epidermis. This medicine has other positive effects. It stimulates libido and reduces appetite.

To improve melanin synthesis, external agents should be used. Gels, creams and lotions that contain melanin or its activators help provide protection to the skin and hair.

For vitiligo, solar eczema and photodermatosis, patients may be prescribed melanin ointment.

You can purchase the following beauty products to increase melanin production:

• Vitasan cream;
• Vitix gel;
• Vitilemna gel;
• Antisedin lotion;
• Shampoo Tian De Master Herb.

They are applied directly to areas of the skin (face, arms, legs, etc.) that suffer from melanin deficiency.

Restorative and analgesic properties of Melanin A

Taking melanin promotes scarring of ulcers in peptic ulcers and restores heart muscle tissue after a heart attack.

Already 3 to 20 days after starting to take Melanin A, a significant improvement in the patient’s condition is observed, which is achieved due to the analgesic properties of the drug. If you start taking Melanin A in the initial stages of cancer, you can prevent pain and improve the quality of life of a cancer patient during treatment.

Melanin A for pathologies of the gastrointestinal tract

The use of the drug is recommended for patients with:

• pronounced erosive processes in the gastrointestinal tract (peptic ulcer),
• gastritis, colitis, gastroduodenitis,
• cholecystitis,
• disorders of acidity, bile secretion and enzymatic activity of the glands.

Active ingredients of Melanin A:

• provide protection to the mucous membranes of the digestive organs from pathogens (including Helicobacter pillory),
• inhibit the development of fungal cultures and pathogenic bacteria in the gastrointestinal tract,
• prevent the process of cancerous degeneration of intestinal and stomach cells,
• regulate the secretion of digestive glands and acidity levels,
• accelerate the healing of ulcers and restoration of the mucous membranes of organs.

Unlike other drugs for the treatment of gastrointestinal diseases, the components of Melanin A penetrate directly into the cell, where they destroy pathogens. This is the main advantage of the drug over antibiotics, which can inhibit viruses and bacteria only in the extracellular fluid.

Improving the quality of life of patients

In clinical practice, therapy using Melanin A can significantly improve the quality of life of patients, even in extremely difficult conditions. Often the main problem is complications that arise during the treatment of a malignant neoplasm. Melanin helps relieve inflammatory processes, slows down the spread of metastases and stabilizes the tumor.

Experts consider the most important advantage of Melanin A to be its pronounced analgesic properties. Patients with advanced cancer experience unbearable pain due to the penetration of metastases into tissues and organs. In the final stages, the only way out is narcotic drugs that dull the pain. When using Melanin A in complex therapy, it takes 3 to 20 days for a significant reduction in pain. A course of taking melanin allows you to completely abandon narcotic substances and significantly alleviate the patient’s condition.

Where does the coloring pigment accumulate?

Melanin accumulates in melanosomes contained in epidermal cells - melanocytes that have branched processes. From there, through a network of intercellular contacts, it enters the epidermis, cells of the hair cortex and the outer layer of the iris.

The color of animal fur, bird plumage, the color of fish scales and the pattern of butterfly wings also depend on the pigment content.

Numerous studies by scientists have proven that the skin color of representatives of different races is influenced not by the number of active melanocytes, but by the type of predominant pigment and the level of its accumulation.

In Africans it is concentrated in the superficial layers of the epidermis, in Europeans - in the middle layers, and in Asians in an intermediate position. At the same time, the number of melanocytes remains the same in everyone, regardless of race.

The type of pigment also affects hair color. Their dark color is given by the black-brown pigment eumelanin, which penetrates into the core of the hair, and the light shade is given by the yellow-red pigment - pheomelanin. The highest levels of pheomelanin are found in bright red hair. Blonde people have significantly less coloring matter, the pigment granules are very small and are located more superficially.

The predominance of one or another type of melanin determines hair color

Melanin levels also affect eye color. If there is not enough of it, they will be blue, light blue or gray. The type of pigment primarily depends on heredity, and the color of a child’s eyes is transmitted to him at the genetic level.

Some people suffer from a hereditary condition called albinism. Their coloring pigment is either completely absent or almost non-reproducible.

Patients with albinism are distinguished not only by their non-standard appearance (they are completely white-haired, with light eyes and pale skin color), but also by critically weak immunity and serious diseases of the sensory organs.

According to statistics, among Europeans, one patient with albinism is born per 20 thousand people. In some countries, for reasons unknown to science, this figure is much higher. For example, in Nigeria there is one albino per 3 thousand inhabitants, and in Panama the incidence of the disease among the Indian population is 1 in 132. On average, the incidence of the disease for all races is 1 in 15,000.