How to take Khavinson peptides

Contents:

1. Types and actions of peptides
2. Classification by bioregulatory action
3. Features of Khavinson peptides
4. History of peptides discovery
5. How Khavinson peptides act on the human body
6. Peptide complexes
7. How to properly take complexes with short peptides
8. Dosage and course duration
9. Conclusion

Recently, Khavinson peptides have gained particular popularity among Peptide Complexes Pro. This is due to the fact that they have a unique effect on human health and can more effectively influence cell restoration processes compared to other peptide products.

Before we talk in more detail about Khavinson peptides, let’s look at what peptides are as a class. As we know, proteins are made up of amino acids. The number of amino acids in proteins is more than 50. Peptides are short proteins and the number of amino acids in them is up to 50. They perform a wide range of functions in the body and are found in every cell and tissue. Peptides include most hormones and enzymes. Peptides are substances with a small molecular weight, which contain several (more than two) amino acids linked by a strong peptide bond.

Khavinson's peptides differ from others in their length - 2–4 amino acids. Moreover, each of these compounds has its own name:

• dipeptide – consists of 2 amino acids.
• tripeptide – contains 3 amino acids.
• tetrapeptide - combines 4 components.

As a rule, they are usually called short peptides. Khavinson's peptides belong to them.

Peptides - are a group of substances that activate a person’s own stem cells.

Types and actions of peptides

The main task of peptides is the activation and bifurcation of DNA, that is, ensuring the implementation of genetic information that allows the cell to prolong life. Thanks to this, they actively influence the processes of cell rejuvenation.

Correct use of peptide complexes helps cells work in the right direction. Peptides help the body recover faster from serious illnesses, after a malfunction of the immune system, promote a smooth pregnancy and, most importantly, prolong the life of the cell and delay old age.

Typically, peptides are classified according to the following structural elements:

1. According to the composition of the fragments:

• Homomeric. If the molecule contains only amino acids.
• Heteromeric. If the composition contains components other than amino acids.

2. By communication method:

• Homemade. If the bonds between fragments are only peptide.
• Heterogeneous. If ether or disulfide bonds are present,

3. By origin:

• Cytomaxes. They are synthesized within the body and have a set structure.
• Cytogens. They are created artificially from animal or plant materials.

Classification by bioregulatory action

Above we looked at how peptide types are divided according to chemical criteria. But there is another important classification that allows us to consider these substances according to the functional features that they perform in the body.

The following types of peptides are distinguished:

• Neuropeptides. Contain from 2 to 50-60 amino acid residues. They are produced in the brain and regulate the functioning of the human central nervous system. These include many hormones with neuromodulatory function, for example, endorphins, enkephalins.

• Regulators of immunity. Increase the body's protective functions and form an appropriate immune response. These include cyclosporine A, tuftsin, thymosin and others.

• Peptide hormones. They regulate the course of the basic physiological functions of the body. As a rule, they mean adrenocorticotropic hormone, melanotropins, statins, glucagon, gastrin, vasopressin, oxytocin.

• Peptide antibiotics - have an antibacterial effect due to the ability to integrate and destroy the bacterial membrane. These include the following substances: gramicidin S, tyrocidin, bacitracins, actinomycins. At the same time, they have a more gentle effect on the body, especially on the functioning of the gastrointestinal tract.

Features of Khavinson peptides

Unlike other peptides, Khavinson ones have a very small molecular weight and consist of very short chains of amino acids. Therefore, they very easily penetrate cell membranes and effectively restore tissues that are destroyed due to the influence of negative environmental factors and age-related changes. Their regenerating effect is very high and allows the body to recover faster from serious illnesses and injuries. They come in both natural origin - Cytomaxes, and artificial - Cytogens. The latter are more often used in cosmetics for rejuvenation. Cytomaxes are used mainly for diseases, for prevention and rejuvenation of the body.

History of peptides discovery

Research in the field of short peptides began in the 1970s. The reason for the study was the problem of premature aging of military personnel due to constant exposure to extreme conditions.

In the USSR, research in the military-industrial complex has always been well funded, so after some time, a research group led by Vladimir Khavinson, during clinical studies on rats, discovered peptides that were in abundance in the younger generation, but practically absent in the old generation. It was found that such peptides have 2–4 amino acids in their composition and, in fact, are short peptides.

Also, in the course of further research and experiments, it was found that without the participation of short peptides, protein is not synthesized in the body. That is, a special class of bioregulator peptides was isolated, which later formed the basis of peptide preparations.

It turned out that short peptides are better than other peptides at restoring the process of protein synthesis in tissues after extreme exposure to cold, chemicals or radiation. Due to their low molecular weight, short peptides can penetrate into the cell nucleus on their own without using cell transport channels.

Similar processes of destruction associated with a lack of protein are observed during the aging of the body, but the manifestations of deficiency are extended over several years.

Over the years, Khavinson was able to isolate short peptides of natural origin, which consist of certain types of amino acids corresponding to their tissue type. It was this development that received worldwide recognition, and the researcher of short peptides himself was elected to the position of president of the European regional branch of the International Association of Gerontology and Geriatrics.

How Khavinson peptides act on the human body

Short peptides have the ability to regulate processes that occur in the body at the cellular level. This allows you to make a person’s immunity more resistant to external threats, and also allows you to influence:

• on the mechanisms of aging in cells.

• rate of cell division.

• human life expectancy.

• synthesis of the body's own biologically active substances.

Khavinson peptides can also regulate gene activity. Activation of genes triggers the synthesis of deficient protein in the cell, improves organ function, rejuvenates the body and meets its needs, which has an extremely positive effect on health.

Peptide complexes

The combined use of short peptides ensures enhanced action, since the body is an interconnected organ system. The use of several types of peptides at once ensures the biological unity of the body, helps support the internal environment (hemostasis), and thereby ensures a more effective effect and long-term effect.

How to properly take complexes with short peptides

Khavinson peptides exist in capsules and solutions. The latter form comes in the form of liquid solutions and spray and can be absorbed through skin and receptors located under the tongue.

The method of taking peptides is determined by the dosage of the substance that is necessary to achieve the desired effect. Khavinson peptides are available in capsules, which is very convenient and there is no need for injections. In terms of action, short peptides are close to injectable ones, since they are very small structures and are absorbed in the intestines without splitting. Therefore, they can be used without loss of effect even in the presence of gastrointestinal diseases. They easily penetrate the cell membrane. The immune system does not recognize short chains as foreign compounds and therefore they do not cause allergic reactions. As a rule, the instructions for use of the drug contain detailed information on how to properly take the drug for effective absorption of peptides.

It is important not only to observe the dosage of the drug, but also the following features:

Take peptide preparations in the morning before meals (at least 15 - 20 minutes), unless otherwise indicated in the instructions.

When taking other vitamin supplements or taking other medications, be sure to consult with your doctor.

Taking these features into account will allow peptides to be better absorbed in the body, which will subsequently have a positive effect on human health and the effectiveness of the peptide course.

Dosage and course duration

The length of the course can be several months (2-3). This is due to the fact that peptides have a cumulative effect, so the main result can be expected already in half the course. Also, courses must be repeated throughout the year after 4-6 months, since the effect of taking it lasts up to 5-6 months.

Only the attending physician can prescribe the required dosage and duration, as well as the need to re-take the peptide course, based on the data obtained during the diagnosis of the body: collecting anamnesis, taking tests and instrumental research methods.

Also, taking Khavinson peptides can be prescribed to prevent the development of various pathologies and premature aging of the body.

Conclusion

Complexes based on short Khavinson peptides are of great importance for the prevention of various inflammations and other pathologies that the human body encounters when the immune system is weakened.