Ageing is part of the cycle of life, but rather than be defined by pain, disability, or mental decline, advanced years can be full of health, growth, and well-being. There are many health issues that are particularly of concern for those who are ageing and peptides can help maintain your health during this process.
Peptides are widely used in maintaining normal levels of metabolic processes in human organisms, treatments for various diseases, post surgeries, as an after care severe diseases and regulates ageing processes in humans.
Peptides:
• no allergens
• no side effects
• not addictive
• no contraindications
• a 40-year history
• clinically tested on more than 15 million people
• only positive reviews.
Therefore it is absolutely safe!
Most important – peptides are not hormones, thus there is no addiction to them!
Peptides can be natural or synthetically produced.
Proteins are the functional structures of life. Nearly all of the roughly 24,000 genes in each of your cells are blueprints for different proteins. Twenty amino acids are the building blocks from which all of these proteins are made. Amino acids join together chemically by forming peptide bonds. Peptides, polypeptides and proteins are terms used to describe amino acid strings of various lengths.
Any string of two or more amino acids is called a peptide. An oligopeptide is the general term for peptides that contain approximately 12 to 20 amino acids. Although there is not a firm cutoff, the term peptide typically refers to strings of less than roughly 30 amino acids.
Peptides occur naturally in every cell of every living thing. They have a number of functions, including the production of enzymes to help your body break down foreign substances, and create antibiotics for your immune system and hormones that control everything from growth to sexual development. Without peptides, life would not be possible.
Peptide bioregulators are a Russian product. Peptide bioregulators were, in fact, a Russian state secret for more almost thirty years… after all, they had been developed, tested and proven for military personnel, to preserve their health and their ability to defend the country.
But in today’s global economic system and with increasingly widespread education and knowledge-sharing brought by the Internet, we are more and more a commonly united human species, whether or not we have racial, religious or political affiliations… and we have the ability to share the fruits of our know-how in every field, medical or otherwise. Especially if there is commercial viability to it.
In any case, ageing populations are the increasingly common factor among various countries around the world and there are advantages to having access to wellness-enhancing supplements that can prolong health and lessen the burden of medical costs due to preventable chronic illnesses.
As a result of 20 years long research, The Institute of Gerontology and Bio-Regulation led by Prof. V. Khavinson developed a special program focusing on prevention of age-related problems, decrease mortality and increase the working period. A few years ago Russian president approved the program of implementation of peptide drugs into medicine.
In 2007 Prof. Khavinson was elected Chairman of the Biological Section of the International Association of Gerontology and Geriatrics, European Region.
In 2010 Prof. Khavinson was nominated for the Nobel Prize.
In 2011 Prof. Khavinson was elected President of the International Association of Cerontology and Geriatrics, European Region.
The researchers of the Institute have reached significant success in bioregulation and gerontology.
The concept of peptide regulation of ageing has been developed, basic mechanisms of premature ageing development have been identified. It was found, that the administration of peptide bioregulators resulted in a reliable increase in the mean life span of animals by 30-40%. Geroprotective activity of the peptides is related to their effect on the mechanisms of immunity, hormonal regulation, antioxidant protection, regulation of genes expression and telomerase activity.
A new practical direction in modern medicine – bioregulation therapy – has been developed. Bioregulation therapy is based on pathogenetically substantiated administration of peptide bioregulators. It was found, that the administration of thymus and pineal gland peptides to old and very old patients restores the level of melatonin, as well as the indices of antioxidant protection, immune, endocrine and cardiovascular systems and brain functions, thus leading to a reliable decrease in the death rate.
A new group of geroprotective pharmaceuticals and parapharmaceuticals was introduced into mass production.
A long record of peptide bioregulators application in the health service has demonstrated their high effectiveness in combating various disease and pathologies, including those refractory to other medicines.
The achievements of the Institute are protected by 125 patents, including 40 foreign ones (USA, Japan, Switzerland, Australia etc.), as well as by 70 trademarks.
"Nanomedicine and human upper limit"
A documentary about real achievements of Russian scientists in the field of biotechnology and peptide bioregulation. Vladislav Bykov's film "Nanomedicine and Human Species Limit" is dedicated to the opening of military scientists, doctors, employees of the Leningrad Military Medical Academy and the Bioorganic Chemistry Institute. Academicians Shemyakin and Ovchinnikov in Moscow.
Peptides are widely used in maintaining normal levels of metabolic processes in human organisms, treatments for various diseases, post surgeries, as an after care severe diseases and regulates ageing processes in humans.
Peptides:• no allergens
• no side effects
• not addictive
• no contraindications
• a 40-year history
• clinically tested on more than 15 million people
• only positive reviews.
Therefore it is absolutely safe!
Most important – peptides are not hormones, thus there is no addiction to them!
Peptides can be natural or synthetically produced.
Proteins are the functional structures of life. Nearly all of the roughly 24,000 genes in each of your cells are blueprints for different proteins. Twenty amino acids are the building blocks from which all of these proteins are made. Amino acids join together chemically by forming peptide bonds. Peptides, polypeptides and proteins are terms used to describe amino acid strings of various lengths.
Any string of two or more amino acids is called a peptide. An oligopeptide is the general term for peptides that contain approximately 12 to 20 amino acids. Although there is not a firm cutoff, the term peptide typically refers to strings of less than roughly 30 amino acids.
Peptides occur naturally in every cell of every living thing. They have a number of functions, including the production of enzymes to help your body break down foreign substances, and create antibiotics for your immune system and hormones that control everything from growth to sexual development. Without peptides, life would not be possible.
Made in the USSR
Peptide bioregulators are a Russian product. Peptide bioregulators were, in fact, a Russian state secret for more almost thirty years… after all, they had been developed, tested and proven for military personnel, to preserve their health and their ability to defend the country.
But in today’s global economic system and with increasingly widespread education and knowledge-sharing brought by the Internet, we are more and more a commonly united human species, whether or not we have racial, religious or political affiliations… and we have the ability to share the fruits of our know-how in every field, medical or otherwise. Especially if there is commercial viability to it.
In any case, ageing populations are the increasingly common factor among various countries around the world and there are advantages to having access to wellness-enhancing supplements that can prolong health and lessen the burden of medical costs due to preventable chronic illnesses.
Professor V. Khavinson
In 2007 Prof. Khavinson was elected Chairman of the Biological Section of the International Association of Gerontology and Geriatrics, European Region.
In 2010 Prof. Khavinson was nominated for the Nobel Prize.
In 2011 Prof. Khavinson was elected President of the International Association of Cerontology and Geriatrics, European Region.
The researchers of the Institute have reached significant success in bioregulation and gerontology.
The concept of peptide regulation of ageing has been developed, basic mechanisms of premature ageing development have been identified. It was found, that the administration of peptide bioregulators resulted in a reliable increase in the mean life span of animals by 30-40%. Geroprotective activity of the peptides is related to their effect on the mechanisms of immunity, hormonal regulation, antioxidant protection, regulation of genes expression and telomerase activity.
A new practical direction in modern medicine – bioregulation therapy – has been developed. Bioregulation therapy is based on pathogenetically substantiated administration of peptide bioregulators. It was found, that the administration of thymus and pineal gland peptides to old and very old patients restores the level of melatonin, as well as the indices of antioxidant protection, immune, endocrine and cardiovascular systems and brain functions, thus leading to a reliable decrease in the death rate.
A new group of geroprotective pharmaceuticals and parapharmaceuticals was introduced into mass production.
A long record of peptide bioregulators application in the health service has demonstrated their high effectiveness in combating various disease and pathologies, including those refractory to other medicines.
The achievements of the Institute are protected by 125 patents, including 40 foreign ones (USA, Japan, Switzerland, Australia etc.), as well as by 70 trademarks.
"Nanomedicine and human upper limit"
A documentary about real achievements of Russian scientists in the field of biotechnology and peptide bioregulation. Vladislav Bykov's film "Nanomedicine and Human Species Limit" is dedicated to the opening of military scientists, doctors, employees of the Leningrad Military Medical Academy and the Bioorganic Chemistry Institute. Academicians Shemyakin and Ovchinnikov in Moscow.
