NORMACELL and immunity
Immunity in its essence is a complex and extremely fine balanced system that has been built, developed and perfected in the course of evolution of the human organism. The name comes from the Latin word immunis, which means ‘free’.
Immunity is the resistance of the organism against various pathogens and its ability to adequately react to outside agents such as different viruses, bacteria, parasites, toxins or degenerated cells of the organism itself.
The immune system is a self-contained system which, however, is not isolated, and is closely linked to other body systems – the endocrine, the nervous, and the vascular systems. The immune system is the most sensitive but at the same time the fastest reacting system in the human body.
Therefore, when there are disorders in the immune system the whole body suffers, and not only the immune system. On the other hand, when any of the major systems does not function properly, the immune system responds to this imbalance.
Immunity is not a constant feature but a state of the organism, and its strengthening is a process that depends on many different factors, and requires consistency and time. All the processes in the body of a healthy person are synchronized and a steady balance is observed. When a person becomes sick this balance is disturbed, and the immune system uses all its strength and abilities to restore it.
The immune system gets involved when a person is going to get sick and it is dependend on its status (strong or weak) on how the illness will proceed. When the body is exposed to viruses, infections or other negative environmental effects, the body quickly regains its normal health if the immune system is strong enough. However, if the immune system is weak, it will not be able to cope with the disease-causing agents and the human organism will become ill.
It is therefore very important that people take care of their immune system and maintain it strong and effective.
Importance of peptides in NORMACELL
Proteins are building material for every living organism. They serve as nutrients, regulate the metabolism, act as metabolism ferments-catalysts, promote the process of oxygen delivery and absorption by the whole organism; they play an important role in the nervous system functioning and muscle contractions, participate in the transmission of genetic information, etc.
Peptides are organic compounds consisting of two or more amino acids linked by peptide bonds that normalize protein synthesis. In the body, the peptides transfer biological information from one cell to another in order for all systems to function properly in a synchronized way.
A protein is also a chain of amino acids; these chains may be long or short. If there are more than 100 amino acids in the chain, the molecule is called a protein; if they are 100 or less– it is called a peptide. If there are less than 10 amino acids – this is an oligopeptide (e.g., di-, tri-peptides, etc.). Depending on their amino acid composition, there are different peptides with different effects.
Peptides play an active role in the growth and development of the body; they support the immune system and act as life bioregulators.
They resist the natural process of aging, stimulate and increase the cell capacity, and promote the regeneration of tissues and systems. Their positive role is expressed not only by delaying the processes of aging but also in their suppressing role on the factors that cause degenerative processes at cellular level (i.e. oxidation). Peptides in the human organism are the same as the peptides of all mammals, so if a peptide is taken from one mammal and introduced into the body of another mammal, it is recognized and perceived as its own. This in turn means complete absorption, minimal energy consumption and lack of toxicity.
The peptides are carriers of information between the different segments in the DNA chain and all cellular processes such as cellular respiration, cell division, cell detoxification, cell regeneration, cell nutrition, and so on, are initiated and performed thanks to the peptides’ properties.
Peptides also have a positive effect on the body by controlling the protein synthesis. The results of research conducted in a number of scientific institutes show that the so-called “diseases of old age” (chronic and oncological diseases) are a result of disorders in the regulation of protein synthesis and repair mechanisms. When the proper peptides that activate the protein synthesis and repair mechanisms are introduced into the body it begins to regenerate cells and tissues. The new cells obtained by cell division carry the genetic information of a healthy cell, i. e. old and / or damaged cells are renewed with young and healthy cells. This slows the aging process, rejuvenates the body and increases life expectancy.
The peptides are produced in the human body in a natural way. Unlike the use of medicines, the use of peptides does not suppress their natural synthesis in the body and has no undesirable side effects. The peptides have a low molecular weight that allows them to pass smoothly through the cell wall of injured tissue as well as in the cells in which they provide the information needed to initiate cell regeneration and unlock the stem cell stock.
Peptides can be taken from all age groups in order to maintain the normal level of metabolic processes, to prevent and treat various diseases, to rehabilitate after diseases, traumas, and surgeries.
The peptides are completely harmless because they are composed of several amino acids present in every living organism.
Peptides and proteins are composed of amino acids chains connected by peptide (amide) bonds. Therefore, the peptide does not differ from the protein by chemical structure. Peptides, however, are stable and do not lose their bioactivity as proteins do when exposed to extreme pH values, high pressure, organic acids, high temperatures, etc. For this reason, peptides are not destroyed in the stomach.
The peptides protect the cells from the toxins, speed up the cell metabolism and remove the already disintegrated useless cell parts. In this way they normalize the organ activities, contribute to their nutrient saturation and restore the damaged tissues. Thus, the body’s endurance and its resistibility to diseases are increased.
Key role of spleen in immunity
The spleen produces peptides that have a number of important effects on the body. These peptides are remarkable for improving immunity and detoxifying the body.
Main features of the spleen:
- Filtrates blood by removing defective and old blood cells, purifying it from platelets and erythrocyte residues and damaged leukocytes.
- It acts as a blood depot – it stores a spare amount of blood, which is returned into the bloodstream if necessary.
- Lymphocytes are created in the spleen.
- It provides humoral immune protection.
The spleen consists of two different types of tissues. The red pulp tissue filters the blood and gets rid of old or damaged blood cells. The white pulp tissue consists of immune cells (T cells and B cells) and helps the immune system to fight infections.
The spleen acts like a blood filter that controls the amount of red blood cells, stores blood and helps to fight infections. When the spleen finds potentially dangerous bacteria, viruses or other microorganisms in the blood, together with the lymph nodes, it creates white blood cells called lymphocytes. Lymphocytes protect the body from these invasive harmful cells. Lymphocytes produce antibodies to kill foreign microorganisms and to stop infections from spreading.
The spleen acts as a filter when the blood flows into it. Red blood cells must pass through narrow channels in the organ. Healthy blood cells can easily pass, but old or damaged red blood cells are degraded by large white blood cells.
The spleen stores all the useful components of the old blood cells, including iron, so that they can be reused in new cells. The spleen can expand or narrow down depending on the body needs. The spleen produces peptides that have a number of important effects on the body. These peptides are remarkable for improving immunity and detoxifying the body.
Spleen peptide therapy offers the opportunity to influence the processes of premature aging. The principle of action is based on the activation of metabolic processes at cellular level. Improving cellular metabolic processes restores and rejuvenates tissues and organs.
In conclusion, it turns out that the spleen performs immune control of the blood and is a natural blood-purifying filter. In addition, the filtering properties of this organ are seen in modern medicine as a method of treating sepsis, by passing the blood of the patient through a pork spleen.
NORMACELL and anti-aging
Aging is an inevitable and irreversible physiological process which is part of the natural cycle of life.
It occurs with a progressive decline in vital activities, reduced adaptability and gradual wearing out of the body’s systems. Normacell prevents aging and age related degenerative diseases.
Aging is accompanied by a number of physiological changes such as hearing and visual impairment, decreased muscle strength, decreased water content and increased fat tissue, increased response time, and more. As this process progresses, the incidence of various diseases, often referred to as “old-age diseases,” such as arthritis, osteoporosis, cardiovascular disease, cancer, Alzheimer’s, and others, is increasing.
Today, one of the most important problems of modern society is the so-called “premature aging” of the population.
Unfavorable environmental and social factors, unhealthy eating, smoking, alcohol use, chronic stress, obesity, lack of sufficient physical activity, insufficient sleep and rest time lead to premature wear and tear of the human body and its inability to fully absorb the natural resources.
The age we start getting old and the length of our lives depend on our genetic code and that cannot be changed. But it also depends on our way of living, which is a matter of personal choice, and can be controlled.
That’s why specialists are looking for ways and opportunities that could slow down the aging process preserve people’s health and help them achieve longevity with the best possible health.
Aging, in its essence, is chronic stress, prolonged in time, when the body’s systems begin to wear out gradually. When the cells are young and healthy, they work fine and the whole organism functions properly. As age progresses or when health problems occur, also a protein decrease or protein synthesis distortion can be observed. Thus, the key role of Normacell peptides is crucial for helping to keep the body protein homeostasis in balance.
NORMACELL and sexual wellness
Female and Male sexual response is regulated not only by the sex hormones but also by several neurotransmitters/ cytokines.
Dopamine, norepinephrine, oxytocin, and melanocortins serve as key neuromodulators for the excitatory pathways, whereas serotonin, opioids, and endocannabinoids serve as key neuromodulators for the inhibitory pathways.
Serotonin is a key inhibitory modulator of sexual desire, because it decreases the ability of excitatory systems to be activated by sexual cues. Reestablishing the balance (homeostasis) between the pro-inflammatory and anti-inflammatory cytokines improves the chances and of sexual activity and its quality. The neurobiology of sexual response is driven in part by dopamine and serotonin – the former modulating excitatory pathways and the latter regulating inhibitory pathways.
Neurobiological underpinnings of hypo-active sexual desire disorder (HSDD) are related to overactive serotonin activity that results in underactive dopamine activity. The balance of the Cytokines household in the brain is a crucial factor that maintains resp. reestablishes the serotonin-dopamine balance.
NORMACELL and immunity
Immunity in its essence is a complex and extremely fine balanced system that has been built, developed and perfected in the course of evolution of the human organism. The name comes from the Latin word immunis, which means ‘free’.
Immunity is the resistance of the organism against various pathogens and its ability to adequately react to outside agents such as different viruses, bacteria, parasites, toxins or degenerated cells of the organism itself.
The immune system is a self-contained system which, however, is not isolated, and is closely linked to other body systems – the endocrine, the nervous, and the vascular systems. The immune system is the most sensitive but at the same time the fastest reacting system in the human body.
Therefore, when there are disorders in the immune system the whole body suffers, and not only the immune system. On the other hand, when any of the major systems does not function properly, the immune system responds to this imbalance.
Immunity is not a constant feature but a state of the organism, and its strengthening is a process that depends on many different factors, and requires consistency and time. All the processes in the body of a healthy person are synchronized and a steady balance is observed. When a person becomes sick this balance is disturbed, and the immune system uses all its strength and abilities to restore it.
The immune system gets involved when a person is going to get sick and it is dependend on its status (strong or weak) on how the illness will proceed. When the body is exposed to viruses, infections or other negative environmental effects, the body quickly regains its normal health if the immune system is strong enough. However, if the immune system is weak, it will not be able to cope with the disease-causing agents and the human organism will become ill.
It is therefore very important that people take care of their immune system and maintain it strong and effective.
Importance of peptides in NORMACELL
Proteins are building material for every living organism. They serve as nutrients, regulate the metabolism, act as metabolism ferments-catalysts, promote the process of oxygen delivery and absorption by the whole organism; they play an important role in the nervous system functioning and muscle contractions, participate in the transmission of genetic information, etc.
Peptides are organic compounds consisting of two or more amino acids linked by peptide bonds that normalize protein synthesis. In the body, the peptides transfer biological information from one cell to another in order for all systems to function properly in a synchronized way.
A protein is also a chain of amino acids; these chains may be long or short. If there are more than 100 amino acids in the chain, the molecule is called a protein; if they are 100 or less– it is called a peptide. If there are less than 10 amino acids – this is an oligopeptide (e.g., di-, tri-peptides, etc.). Depending on their amino acid composition, there are different peptides with different effects.
Peptides play an active role in the growth and development of the body; they support the immune system and act as life bioregulators.
They resist the natural process of aging, stimulate and increase the cell capacity, and promote the regeneration of tissues and systems. Their positive role is expressed not only by delaying the processes of aging but also in their suppressing role on the factors that cause degenerative processes at cellular level (i.e. oxidation). Peptides in the human organism are the same as the peptides of all mammals, so if a peptide is taken from one mammal and introduced into the body of another mammal, it is recognized and perceived as its own. This in turn means complete absorption, minimal energy consumption and lack of toxicity.
The peptides are carriers of information between the different segments in the DNA chain and all cellular processes such as cellular respiration, cell division, cell detoxification, cell regeneration, cell nutrition, and so on, are initiated and performed thanks to the peptides’ properties.
Peptides also have a positive effect on the body by controlling the protein synthesis. The results of research conducted in a number of scientific institutes show that the so-called “diseases of old age” (chronic and oncological diseases) are a result of disorders in the regulation of protein synthesis and repair mechanisms. When the proper peptides that activate the protein synthesis and repair mechanisms are introduced into the body it begins to regenerate cells and tissues. The new cells obtained by cell division carry the genetic information of a healthy cell, i. e. old and / or damaged cells are renewed with young and healthy cells. This slows the aging process, rejuvenates the body and increases life expectancy.
The peptides are produced in the human body in a natural way. Unlike the use of medicines, the use of peptides does not suppress their natural synthesis in the body and has no undesirable side effects. The peptides have a low molecular weight that allows them to pass smoothly through the cell wall of injured tissue as well as in the cells in which they provide the information needed to initiate cell regeneration and unlock the stem cell stock.
Peptides can be taken from all age groups in order to maintain the normal level of metabolic processes, to prevent and treat various diseases, to rehabilitate after diseases, traumas, and surgeries.
The peptides are completely harmless because they are composed of several amino acids present in every living organism.
Peptides and proteins are composed of amino acids chains connected by peptide (amide) bonds. Therefore, the peptide does not differ from the protein by chemical structure. Peptides, however, are stable and do not lose their bioactivity as proteins do when exposed to extreme pH values, high pressure, organic acids, high temperatures, etc. For this reason, peptides are not destroyed in the stomach.
The peptides protect the cells from the toxins, speed up the cell metabolism and remove the already disintegrated useless cell parts. In this way they normalize the organ activities, contribute to their nutrient saturation and restore the damaged tissues. Thus, the body’s endurance and its resistibility to diseases are increased.
Key role of spleen in immunity
The spleen produces peptides that have a number of important effects on the body. These peptides are remarkable for improving immunity and detoxifying the body.
Main features of the spleen:
- Filtrates blood by removing defective and old blood cells, purifying it from platelets and erythrocyte residues and damaged leukocytes.
- It acts as a blood depot – it stores a spare amount of blood, which is returned into the bloodstream if necessary.
- Lymphocytes are created in the spleen.
- It provides humoral immune protection.
The spleen consists of two different types of tissues. The red pulp tissue filters the blood and gets rid of old or damaged blood cells. The white pulp tissue consists of immune cells (T cells and B cells) and helps the immune system to fight infections.
The spleen acts like a blood filter that controls the amount of red blood cells, stores blood and helps to fight infections. When the spleen finds potentially dangerous bacteria, viruses or other microorganisms in the blood, together with the lymph nodes, it creates white blood cells called lymphocytes. Lymphocytes protect the body from these invasive harmful cells. Lymphocytes produce antibodies to kill foreign microorganisms and to stop infections from spreading.
The spleen acts as a filter when the blood flows into it. Red blood cells must pass through narrow channels in the organ. Healthy blood cells can easily pass, but old or damaged red blood cells are degraded by large white blood cells.
The spleen stores all the useful components of the old blood cells, including iron, so that they can be reused in new cells. The spleen can expand or narrow down depending on the body needs.The spleen produces peptides that have a number of important effects on the body. These peptides are remarkable for improving immunity and detoxifying the body.
Spleen peptide therapy offers the opportunity to influence the processes of premature aging. The principle of action is based on the activation of metabolic processes at cellular level. Improving cellular metabolic processes restores and rejuvenates tissues and organs.
In conclusion, it turns out that the spleen performs immune control of the blood and is a natural blood-purifying filter. In addition, the filtering properties of this organ are seen in modern medicine as a method of treating sepsis, by passing the blood of the patient through a pork spleen.
NORMACELL and anti-aging
Aging is an inevitable and irreversible physiological process which is part of the natural cycle of life.
It occurs with a progressive decline in vital activities, reduced adaptability and gradual wearing out of the body’s systems. Normacell prevents aging and age related degenerative diseases.
Aging is accompanied by a number of physiological changes such as hearing and visual impairment, decreased muscle strength, decreased water content and increased fat tissue, increased response time, and more. As this process progresses, the incidence of various diseases, often referred to as “old-age diseases,” such as arthritis, osteoporosis, cardiovascular disease, cancer, Alzheimer’s, and others, is increasing.
Today, one of the most important problems of modern society is the so-called “premature aging” of the population. Unfavorable environmental and social factors, unhealthy eating, smoking, alcohol use, chronic stress, obesity, lack of sufficient physical activity, insufficient sleep and rest time lead to premature wear and tear of the human body and its inability to fully absorb the natural resources.
The age we start getting old and the length of our lives depend on our genetic code and that cannot be changed. But it also depends on our way of living, which is a matter of personal choice, and can be controlled.
That’s why specialists are looking for ways and opportunities that could slow down the aging process preserve people’s health and help them achieve longevity with the best possible health.
Aging, in its essence, is chronic stress, prolonged in time, when the body’s systems begin to wear out gradually. When the cells are young and healthy, they work fine and the whole organism functions properly. As age progresses or when health problems occur, also a protein decrease or protein synthesis distortion can be observed. Thus, the key role of Normacell peptides is crucial for helping to keep the body protein homeostasis in balance.
NORMACELL and sexual wellness
Female and Male sexual response is regulated not only by the sex hormones but also by several neurotransmitters/ cytokines.
Dopamine, norepinephrine, oxytocin, and melanocortins serve as key neuromodulators for the excitatory pathways, whereas serotonin, opioids, and endocannabinoids serve as key neuromodulators for the inhibitory pathways.
Serotonin is a key inhibitory modulator of sexual desire, because it decreases the ability of excitatory systems to be activated by sexual cues. Reestablishing the balance (homeostasis) between the pro-inflammatory and anti-inflammatory cytokines improves the chances and of sexual activity and its quality. The neurobiology of sexual response is driven in part by dopamine and serotonin – the former modulating excitatory pathways and the latter regulating inhibitory pathways. Neurobiological underpinnings of hypo-active sexual desire disorder (HSDD) are related to overactive serotonin activity that results in underactive dopamine activity.
The balance of the Cytokines household in the brain is a crucial factor that maintains resp. reestablishes the serotonin-dopamine balance.