Health.

Make it to 100 years old as young as possible.

“To live a long happy life with quality of life is perhaps one of our greatest desires as human beings. The interesting thing is that this is possible but it depends largely on each individual.”

“It is possible to help your body make a definitive turnaround and improve physical and mental health.”

Longevity is the path that we should all take to achieve the goal. What is the goal? A life free of the diseases that affect us human beings and the different ways to prevent them along with the forms of treatment to cure them. It is possible. We are able to live plenty of years with an excellent quality of life and will be able to make it to 100 feeling as young as possible. All because of the organic and functional point of view of our capabilities, achieving the best version of ourselves.

There are external and genetic causes that can surface but if we are concerned about our cellular health we could live longer and make it to 100 years of age as a young adult.

Three of the top leading causes of death in the world are cancer, heart disease and diabetes. These are silent and treacherous diseases that begin quietly without showing symptoms and generally once symptoms do surface there is not much that can be done.

To achieve the goal of a long healthy life we have to take preventative measures. It is these measures that guarantees healthy aging and assures that our body continues to function optimally at its peak performance. The reality is that with each passing day our body and minds begin to wear out and the most unfortunate part about this is that it could have been avoided had we taken the preventative measures that our bodies require, because we fail to do this, we end up with some sort of disease that could have been prevented or detected in our 40s or perhaps 50s

Our life, at least the bodily and mental aspects, depends on our cells, that is, on these microscopic units we depend on to exist. Cells allow all vital functions: from growth to mobility, from procreation to metabolism. More than 80-100 billion cells are present in our body. Genetic information is stored and encoded in the cell nucleus. Just to site one example among many, these cells contain multiple power plants, called mitochondria, which ensure continuous energy production. If these power plants do not fully fulfill their functions, we suffer a loss of energy and our cells are no longer able to duplicate optimally, thus, allowing disease and malfunction of other cells and then to the organs and vital systems. A cellular malfunction can produce a series of symptoms that vary from weakness and lack of energy, to functional problems of specific organs, which lead over time to multiple cellular disorders that are the causes of endless diseases. The life cycle of our cells can last only a few days or our entire life, as in the case of nerve cells.

To protect them we need a correct Cellular Renewal that provides optimal nutrition to the cells. In the event of a shortage of these important substances, cells lose their effectiveness and can no longer perform their functions properly.

It’s not just about living more, but living better

In ten years, about one in five people in the United States will be over 65, and three in four will have two or more serious health problems. At least one in four can expect to have memory lapses and reasoning confusion, while one in ten will suffer from dementia.

Currently, doctors do not finish solving the chronic diseases of older adults: you treat one and another appears. Instead, the goal is to combat aging itself, the main risk factor for almost all serious diseases.

Although these therapies could extend longevity, the experts at Biocell Ultravital say that this is a side effect and not the real objective, as we strive to make treatments so that people are basically out of the red zone for as long as possible, the years when health and quality of life deteriorate considerably.

Consult regularly with your doctor, it is a message for life from BIOCELL ULTRAVITAL

It is of great importance to mention that during aging there is a natural deceleration of metabolism, and a series of changes in energy regulation.

What is Metabolic Syndrome?

Metabolic Syndrome is the name for a group of risk factors for heart disease, diabetes, and other health problems. You may have only one risk factor, but people often have several of them at the same time. If you have at least three of them, it is called metabolic syndrome. These risk factors include:

• Having a high level of triglycerides, a type of fat found in the blood
• Having a low level of HDL cholesterol: HDL is sometimes called “good” cholesterol because it helps remove cholesterol from arteries
• Having high blood pressure: If your blood pressure stays high over time, it can damage your heart and lead to other health problems
• Have high fasting blood sugar: Mildly high blood sugar can be an early sign of diabetes

The more factors you have, the higher your risk for heart disease, diabetes, and stroke. Metabolic Syndrome poses a public health challenge worldwide and is associated with an increased risk of developing type 2 diabetes mellitus (up to 5 times more risk) and cardiovascular and cerebrovascular disease (up to 2-3 times more risk). In addition, its prevalence is increasing worldwide, which can cause an increase in cardiovascular mortality in the coming years. Although Metabolic Syndrome was described almost 2 decades ago by Reaven, in recent years this disease has generated enormous interest in the scientific community today.

Consult regularly with your doctor, it is a message for life from BIOCELL ULTRAVITAL

Antioxidant Cells.

Currently antioxidants are considered one of the most beneficial substances for health. Antioxidants are molecules that prevent oxidation or cellular damage generated by toxic substances called free radicals, extremely unstable and reactive atoms that steal electrons from other atoms to gain stability. These cause the destruction of cells, being the cause of aging and of the appearance of degenerative diseases.

In addition to taking care of the health of our cells and preventing us from some diseases, there are other benefits that these molecules contribute to our health.

Endocrine system changes due to aging.

As we age, natural changes occur in the way the body’s systems are controlled. Some target tissues become less sensitive to the hormone that controls them. The number of hormones produced can also change.

Many of the organs that produce hormones are controlled by other hormones. Aging also causes changes in this process. For example, an endocrine tissue may produce less of its hormones than it did at a younger age, or it may produce the same amount, but at a slower rate.

Consult regularly with your doctor, it is a message for life from BIOCELL ULTRAVITAL

Millions of women around the world suffer from some type of hormonal imbalance, whether it be Menopause or perimenopause, postmenopause, severe PMS, surgical menopause, adrenal fatigue or some thyroid disorder. Most women have symptoms or disorders related to a decline in hormonal activity. It is estimated that only one in three women is free of these symptoms. Beyond the hormonal implications, symptoms or early menopause and related conditions are also connected to your stress levels, poor nutrition, lack of exercise, and the environmental toxins your body is exposed to every day. The truth is that while some of these conditions are unavoidable, their symptoms are not.

The transition that a woman encounters through these stages can be smooth and pleasant..

Menopause, or permanent loss of menstruation, correlated with a drop in estrogen production, produces metabolic problems and discomfort.

For this reason, the quality of life decreases and a series of problems arise, among which are: loss of energy, fatigue, decreased ability to concentrate and memory, depression, lack of motivation, irritability, muscle weakness, decreased sexual desire or impotence, decreased physical stamina, insomnia, weight gain, dry skin, osteoporosis, joint pain, and decreased height.

Proper functioning of the organs depends on the proper functioning of their cells. Older cells tend to be less efficient with age. Also, in some organs cells die and are not replaced; therefore, the number of cells decreases. The number of cells in the testes, ovaries, liver, and kidneys decreases markedly with age. When the number of cells becomes too low, the organ does not function normally. Therefore, most organs become less efficient with age. However, not all organs lose the same number of cells. The brain is an example of that. Healthy older people don’t lose a lot of neurons.

Deterioration in the function of one organ due to disease or aging can affect the function of another organ. For example, if atherosclerosis narrows the blood vessels in the kidneys, they will decrease in function because of reduced blood flow.

Often the first signs of aging are noticed in the musculoskeletal system. Then the eyes followed by the ears begin to change in early adulthood. Most of our internal functions also decrease with age. Our bodily functions reach their highest value shortly before age 30, and from then on a gradual but steady decline begins. Despite this decline, most of the functions remain correct because most organs have a functional capacity considerably higher than that required by the body (functional reserve). For example, if half of the liver is destroyed the remaining tissue is more than enough to maintain normal function. Therefore, it is diseases rather than normal aging, that explain the loss of functional capacity in advanced ages.

Some organs are more prone to malfunction than others; These organs include the heart and blood vessels, the urinary organs (such as the kidneys), and the brain.

Consult regularly with your doctor, it is a message for life from BIOCELL ULTRAVITAL

Changes in the male reproductive system with aging can include changes in testicular tissue, sperm production, and erectile function. These changes usually occur gradually. Unlike women, men do not experience a major and rapid change (over several months) in their fertility as they age (such as menopause). Instead, the changes occur gradually during a process that some people call andropause.

The changes due to aging in the male reproductive system occur mainly in the testicles. The tissue mass decreases. The level of the male sex hormone, testosterone, gradually drops. There may be problems getting an erection. This is a general slowdown, rather than a total lack of functionality.

The prostate enlarges with age as part of its tissue is replaced by scar-like fibrotic tissue. This condition, called benign prostatic hyperplasia (BPH), affects about 50% of men. BPH can cause slow urination and ejaculation problems. In both men and women, changes in the reproductive system are closely related to changes in the urinary system.

Many of the age-related physical changes, such as an enlarged prostate or testicular atrophy, must be treated as health problems. Like hypertension and diabetes, these can also be prevented.

Andropause is a process by which sexual functions decrease with age the like other organic functions, as a result of low levels of testosterone in the body, or by malfunction of testosterone receptor. For this reason, the quality of life decreases and there are a series of problems among which are: loss of energy, fatigue, decreased ability to concentrate and memory, depression, lack of motivation, irritability, muscle weakness, decreased desire or sexual impotence, decreased physical stamina, insomnia, weight gain, dry skin, osteoporosis, joint pain, and decreased height.

Prostate cancer and heart disease are potential risks from this hormonal imbalance.

Proper functioning of the organs depends on the proper functioning of their cells. Older cells tend to be less efficient with age. Also, in some organs cells die and are not replaced; therefore, the number of cells decreases. The number of cells in the testes, ovaries, liver, and kidneys decreases markedly with age. When the number of cells becomes too low, the organ does not function normally. Therefore, most organs become less efficient with age. However, not all organs lose the same number of cells. The brain is an example of that. Healthy older people don’t lose a lot of neurons.

Deterioration in the function of one organ due to disease or aging can affect the function of another organ. For example, if atherosclerosis narrows the blood vessels in the kidneys, they will decrease in function because of reduced blood flow.

Often the first signs of aging are noticed in the musculoskeletal system. Then the eyes followed by the ears begin to change in early adulthood. Most of our internal functions also decrease with age. Our bodily functions reach their highest value shortly before age 30, and from then on a gradual but steady decline begins. Despite this decline, most of the functions remain correct because most organs have a functional capacity considerably higher than that required by the body (functional reserve). For example, if half of the liver is destroyed the remaining tissue is more than enough to maintain normal function. Therefore, it is diseases rather than normal aging, that explain the loss of functional capacity in advanced ages.

Some organs are more prone to malfunction than others; These organs include the heart and blood vessels, the urinary organs (such as the kidneys), and the brain.

Consult regularly with your doctor, it is a message for life from BIOCELL ULTRAVITAL

When inflammation levels increase, the risk of disease also increases, since when any disease occurs the levels of inflammation increase naturally because the body fights the disease. In other words, inflammation is both good and bad.  

But on the other hand, chronic inflammation is a slow and progressive disorder caused by an immune system error that keeps the body in a prolonged state of constant high alert.

Over time, inflammation damages healthy cells, when cells are in danger, they release chemicals that alert the immune system. The site fills with white blood cells that work to absorb bacteria, viruses, damaged cells, and debris from an infection or injury. If the damage is very severe, they call in the reinforcing cells (called neutrophils) that are the hand grenades of the immune system: they destroy everything they find, healthy or not. Neutrophils have a short lifespan, but in chronic inflammation they continue to be released even after the real threat is gone, causing damage to the healthy tissue that remains. The inflammation can begin to attack the inner lining of the arteries or intestine, cells of the liver and brain, or tissue in the muscles and joints. This cellular damage caused by inflammation can lead to diseases such as diabetes, cancer, dementia, heart disease, arthritis, and depression.

In addition, you must pay close attention because its slow and discrete nature makes diagnosis difficult until these disorders show symptoms.

Unfortunately, aging increases inflammation. Yes, the older we are, the more exposed we have been to environmental toxins, stress, alcohol, harmful foods and chronic diseases. In addition, as we age, the body has a harder time managing the immune system well, extracting nutrients from food, and losing weight. At a certain age we all have some level of inflammation in the body; the key is prevention to keep it as far away as possible from our body. Inflammation can be measured only with a blood test interpreted by your doctor.

Consult regularly with your doctor, it is a message for life from BIOCELL ULTRAVITAL

We currently live in a toxic world due to metabolic waste products (endogenous toxins) and environmental toxins (exogenous), so correct and timely detoxification is essential for the prevention of diseases, especially degenerative ones.

Common symptoms of poisoning are headaches, migraines, joint pain, bags under your eyes, organic inflammations, back pain, poor memory, poor digestion, colon problems, brittle nails, dry hair, frequent allergies, continuous flu among many others.

These manifestations live silently among us and due to ignorance, we attribute this harmful process to anything. The only way out to which we have become accustomed is paradoxically to continue intoxicating ourselves by resorting to drugs to alleviate these symptoms, which is an endless cycle of toxins in our body.

Life starts in a single cell, so detoxification at the cellular level is the root to address the problem and obtain clinically reliable results. Understanding the role of intracellular toxins versus extracellular toxins are two factors that seek to eliminate toxic substances in stages, first from our cells, and then from the blood and organs, especially the liver, which is the main detoxification organ, followed by the kidneys and the colon.

Problem:

Increasing ecological pollution makes the accumulation of heavy metals in the body inevitable, such as mercury, lead, cadmium, etc., depending on the level of exposure.

This accumulation can affect cognitive, reasoning and concentration abilities, in addition to reducing the efficiency of the immune system and leading to degenerative and endocrine diseases.

Furthermore, this polluted environment significantly increases the body’s production of free radicals.

Solution:

Celltox 4G is a 100% natural pharmaceutical grade therapy, considered by most orthomolecular medicine specialists as the most effective organic product to rid the body of contaminants, removing heavy metals in the body through an oral chelation process.

Consult regularly with your doctor, it is a message for life from BIOCELL ULTRAVITAL

Extracellular vesicles secreted by mesenchymal cellular tissues, allow intercellular communication, inside are proteins, lipids and other nutritional factors important for cells. They have a size between 30 and 150 nanometers, due to their small size they have a great capacity to be entered by cells; exosomes are associated with immune responses, cardiovascular diseases, diseases related to the central nervous system and cancer progression.

Proteins, metabolites and nucleic acids released by exosomes into recipient cells effectively alter their biological response. These exosome-mediated responses can either promote or slow disease. The intrinsic properties of exosomes to regulate complex intracellular pathways have advanced their potential utility in the therapeutic management of many diseases, Bexosome 4G a product that aids in cell-to-cell communication and to optimize much of the cell cycle. Age, genetic disorders, chronic diseases and environmental factors interfere with the way our cells communicate and disrupt the natural process from correct to defective, due to influencing factors, your body becomes less efficient in producing healthy cells.

Bexosome 4G is a product with natural components that serve to help your body heal cell growth so that it can reprogram cells and restore their natural healing abilities.

Consult regularly with your doctor, it is a message for life from BIOCELL ULTRAVITAL

The skin forms the outer boundary layer between the human being and the environment, and in this highly exposed place acts on the one hand as a barrier, and on the other as a link between the outside world and the internal organs. With an area of ​​​​approximately 2 meters, it is the largest organ in the body and must fulfill a large number of vital tasks.

When the surface is intact, the skin prevents the loss of body fluids. It has a great capacity for resistance and preserves the internal organs from attacks that may be caused by external factors. It protects against the invasion of microorganisms and can resist to a certain extent the damaging influences of certain chemicals and UV rays. 

The skin has its own cycle of renewal. Skin cells regenerate continually in the deepest layer of the skin and travel to the surface, replacing old cells. However, with age, the rate of cell renewal decreases, causing changes in skin conditions.

Muscle cells are highly specialized and are called muscle fiber. The cytoplasm is designated as sarcoplasm and the cell membrane as sarcolemma. The cytoplasm is full of myofibrils made up of alternating actin and myosin filaments that, when they slide past each other, give the cell contractile capacity. Muscle cells are much longer than they are wide, they are often called muscle fibers, but they should not be confused with the intercellular substance form, that is, collagen, reticular, and elastic fibers, since the latter are not alive.

Depending on its location and different structural characteristics, muscle tissue is divided into three types: skeletal muscle tissue, cardiac muscle tissue, and smooth muscle tissue. Skeletal muscle can contract or relax voluntarily, while smooth muscle and cardiac muscle contract involuntarily or automatically.

There are many diseases that can occur in the skin and muscles, hence the importance of preventing them by providing the necessary nutrients for the cells that make up the dermal and muscular system, preventing symptoms of skin aging and muscle flaccidity from appearing at an early age that only in appearance represents for the population old age.

Proper functioning of the organs depends on the proper functioning of their cells. Older cells tend to be less efficient with age. Also, in some organs cells die and are not replaced; therefore, the number of cells decreases. The number of cells in the testes, ovaries, liver, and kidneys decreases markedly with age. When the number of cells becomes too low, the organ does not function normally. Therefore, most organs become less efficient with age. However, not all organs lose the same number of cells. The brain is an example of that. Healthy older people don’t lose a lot of neurons.

Deterioration in the function of one organ due to disease or aging can affect the function of another organ. For example, if atherosclerosis narrows the blood vessels in the kidneys, they will decrease in function because of reduced blood flow.

Often the first signs of aging are noticed in the musculoskeletal system. Then the eyes followed by the ears begin to change in early adulthood. Most of our internal functions also decrease with age. Our bodily functions reach their highest value shortly before age 30, and from then on a gradual but steady decline begins. Despite this decline, most of the functions remain correct because most organs have a functional capacity considerably higher than that required by the body (functional reserve). For example, if half of the liver is destroyed the remaining tissue is more than enough to maintain normal function. Therefore, it is diseases rather than normal aging, that explain the loss of functional capacity in advanced ages.

Some organs are more prone to malfunction than others; These organs include the heart and blood vessels, the urinary organs (such as the kidneys), and the brain.

Consult regularly with your doctor, it is a message for life from BIOCELL ULTRAVITAL

There are many types of digestive disorders. In recent decades, there has been a significant increase in digestive diseases and disorders, food intolerances and allergies that has made us realize the importance of good digestive health. Poor diet, excess harmful chemicals in agriculture, water pollution, abuse of antibiotics, or excess hygiene are some of the causes.

Its function is to obtain the molecules necessary for the maintenance, growth and other energy needs of the body from the food eaten. Large molecules, such as proteins, lipids, complex carbohydrates, and nucleic acids, break down into smaller molecules that are absorbed through the lining of the digestive tract, especially in the small intestine.

Parietal Cells or oxyntic are a type of cell located at the top of the oxyntic glands of the stomach closely linked to hepatocytes and with the squamous cells of the esophagus is in common. This area is extremely dangerous because it’s where most cancers originate in the digestive system.

Proper functioning of the organs depends on the proper functioning of their cells. Older cells tend to be less efficient with age. Also, in some organs cells die and are not replaced; therefore, the number of cells decreases. The number of cells in the testes, ovaries, liver, and kidneys decreases markedly with age. When the number of cells becomes too low, the organ does not function normally. Therefore, most organs become less efficient with age. However, not all organs lose the same number of cells. The brain is an example of that. Healthy older people don’t lose a lot of neurons.

Deterioration in the function of one organ due to disease or aging can affect the function of another organ. For example, if atherosclerosis narrows the blood vessels in the kidneys, they will decrease in function because of reduced blood flow.

Often the first signs of aging are noticed in the musculoskeletal system. Then the eyes followed by the ears begin to change in early adulthood. Most of our internal functions also decrease with age. Our bodily functions reach their highest value shortly before age 30, and from then on a gradual but steady decline begins. Despite this decline, most of the functions remain correct because most organs have a functional capacity considerably higher than that required by the body (functional reserve). For example, if half of the liver is destroyed the remaining tissue is more than enough to maintain normal function. Therefore, it is diseases rather than normal aging, that explain the loss of functional capacity in advanced ages.

Some organs are more prone to malfunction than others; These organs include the heart and blood vessels, the urinary organs (such as the kidneys), and the brain.

Consult regularly with your doctor, it is a message for life from BIOCELL ULTRAVITAL

Aging can cause changes in the heart and blood vessels. For example, as a person ages, the heart may not beat as fast during physical activity or during times of stress as it did when it was younger. However, the number of beats per minute (heart rate) at rest does not change significantly with normal aging.

Changes that occur with age can increase a person’s risk of developing heart disease. One of the main causes of heart disease is the accumulation of fatty deposits on the walls of the arteries over many years. The good news is that there are things a person can do to delay, decrease, or possibly avoid or reverse risk.

The most common change in aging is an increase in the stiffness of the major arteries, called arteriosclerosis, or hardening of the arteries. Atherosclerosis causes high blood pressure or hypertension, which becomes more common as people age. 

In the case of our lungs, they work tirelessly in the half-life of a human being. Throughout our lives, our lungs breathe between 20 and 40 million times and an air flow of between 7000 and 10,000 liters per day circulates through them.

Scientists have discovered that each of these regions contains unique types of stem cells and progenitor cells. In a normal lung, progenitor cells are present and abundant in every region. These cells divide in order to replace old or damaged cells and thus keep the lung healthy. The progenitor cells are: the basal cells of the trachea, the secretory cells of the bronchiole, and the type 2 alveolar cells. It is believed that only the division of these cells is sufficient to maintain the structure of the lung during adult life and help in repair and regeneration throughout life. With age, the dysfunction of these cells can contribute to the development of lung diseases linked to the respiratory system.

Proper functioning of the organs depends on the proper functioning of their cells. Older cells tend to be less efficient with age. Also, in some organs cells die and are not replaced; therefore, the number of cells decreases. The number of cells in the testes, ovaries, liver, and kidneys decreases markedly with age. When the number of cells becomes too low, the organ does not function normally. Therefore, most organs become less efficient with age. However, not all organs lose the same number of cells. The brain is an example of that. Healthy older people don’t lose a lot of neurons.

Deterioration in the function of one organ due to disease or aging can affect the function of another organ. For example, if atherosclerosis narrows the blood vessels in the kidneys, they will decrease in function because of reduced blood flow.

Often the first signs of aging are noticed in the musculoskeletal system. Then the eyes followed by the ears begin to change in early adulthood. Most of our internal functions also decrease with age. Our bodily functions reach their highest value shortly before age 30, and from then on a gradual but steady decline begins. Despite this decline, most of the functions remain correct because most organs have a functional capacity considerably higher than that required by the body (functional reserve). For example, if half of the liver is destroyed the remaining tissue is more than enough to maintain normal function. Therefore, it is diseases rather than normal aging, that explain the loss of functional capacity in advanced ages.

Some organs are more prone to malfunction than others; These organs include the heart and blood vessels, the urinary organs (such as the kidneys), and the brain.

Consult regularly with your doctor, it is a message for life from BIOCELL ULTRAVITAL

A skeleton can make us think of illness and death. Often symbolizes danger or poison. But your bones are alive and well, and good bone health begins at the cellular level.

Your skeleton is full of cells, each with a special function. The cells in your bones create everything from new bones to the blood that is pumped through your heart. However, our main focus here will be on the structural components of your bone anatomy.                                     

There are three types of cells: Osteoblasts, Osteocytes, Osteoclasts that help maintain the integrity of the bones. Their names provide us with important information about their role. It is important to understand how bone cells operate. Knowing how your bones work can explain how braces straighten teeth and how broken bones heal.

Bone cells regenerate at a fairly exceptional rate. It’s a myth that we only have one skeleton in our lifetime. In fact, our skeleton is completely replaced between every 2 and every 12 years, depending on age. It regenerates more quickly when you are young, and as we get older, the regenerating process slows. Without this process, bones weakened by previous fractures or put under constant stress would never be repaired. Instead, these regions grow and become stronger than ever.

This constant regeneration and replacement should give you hope. Every day is a new opportunity to help your skeleton. Therefore, it is never too late to develop prevention habits that protect your bone health.

Proper functioning of the organs depends on the proper functioning of their cells. Older cells tend to be less efficient with age. Also, in some organs cells die and are not replaced; therefore, the number of cells decreases. The number of cells in the testes, ovaries, liver, and kidneys decreases markedly with age. When the number of cells becomes too low, the organ does not function normally. Therefore, most organs become less efficient with age. However, not all organs lose the same number of cells. The brain is an example of that. Healthy older people don’t lose a lot of neurons.

Deterioration in the function of one organ due to disease or aging can affect the function of another organ. For example, if atherosclerosis narrows the blood vessels in the kidneys, they will decrease in function because of reduced blood flow.

Often the first signs of aging are noticed in the musculoskeletal system. Then the eyes followed by the ears begin to change in early adulthood. Most of our internal functions also decrease with age. Our bodily functions reach their highest value shortly before age 30, and from then on a gradual but steady decline begins. Despite this decline, most of the functions remain correct because most organs have a functional capacity considerably higher than that required by the body (functional reserve). For example, if half of the liver is destroyed the remaining tissue is more than enough to maintain normal function. Therefore, it is diseases rather than normal aging, that explain the loss of functional capacity in advanced ages.

Some organs are more prone to malfunction than others; These organs include the heart and blood vessels, the urinary organs (such as the kidneys), and the brain.

Consult regularly with your doctor, it is a message for life from BIOCELL ULTRAVITAL

The kidney is one of the most differentiated organs in the body. At the end of embryonic development, almost 30 different types of cells form a multitude of filtration capillaries and segmented nephrons covered by a dynamic interstitium. This cellular diversity modulates various complex physiological processes. Endocrine functions, regulation of blood pressure and intraglomerular hemodynamics, solute and water transport, acid-base balance, and elimination of drug metabolites are achieved by intricate renal response mechanisms.

Renal cells are called nephrons, they are grouped in pyramidal structures or malpighi pyramids in the medullary area of ​​the kidney. They specialize in the purification of the blood plasma of toxic substances originating from the metabolism of proteins such as urea, ammonia and uric acid and their elimination in the form of urine.

Most kidney diseases attack the nephrons, causing them to lose their ability to filter. Damage to the nephrons can occur rapidly, often as a result of injury or poisoning. But most kidney diseases destroy nephrons slowly and silently. Only after years, or even decades, will the damage become apparent. Most kidney diseases attack both kidneys simultaneously. The two most common causes of kidney failure are diabetes and high blood pressure. People with a family history of any type of kidney problem are also at risk for kidney failure.

Proper functioning of the organs depends on the proper functioning of their cells. Older cells tend to be less efficient with age. Also, in some organs cells die and are not replaced; therefore, the number of cells decreases. The number of cells in the testes, ovaries, liver, and kidneys decreases markedly with age. When the number of cells becomes too low, the organ does not function normally. Therefore, most organs become less efficient with age. However, not all organs lose the same number of cells. The brain is an example of that. Healthy older people don’t lose a lot of neurons.

Deterioration in the function of one organ due to disease or aging can affect the function of another organ. For example, if atherosclerosis narrows the blood vessels in the kidneys, they will decrease in function because of reduced blood flow.

Often the first signs of aging are noticed in the musculoskeletal system. Then the eyes followed by the ears begin to change in early adulthood. Most of our internal functions also decrease with age. Our bodily functions reach their highest value shortly before age 30, and from then on a gradual but steady decline begins. Despite this decline, most of the functions remain correct because most organs have a functional capacity considerably higher than that required by the body (functional reserve). For example, if half of the liver is destroyed the remaining tissue is more than enough to maintain normal function. Therefore, it is diseases rather than normal aging, that explain the loss of functional capacity in advanced ages.

Some organs are more prone to malfunction than others; These organs include the heart and blood vessels, the urinary organs (such as the kidneys), and the brain.

Consult regularly with your doctor, it is a message for life from BIOCELL ULTRAVITAL

The thymus is a lymphoid organ that is fully developed in the first months of the fetus’s gestation and that increases in size until adolescence. After this stage, its atrophying process begins, progressively decreasing, which is known as “involution of the thymus”.

The thymus fulfills various functions, including stimulating bone growth, promoting the development of the sex glands and collaborating in the development and maturation of the lymphatic system. However, its main function is the production, maturation and differentiation of T-lymphocytes or T-cells. These cells belong to the immune system and are essential to combatting different foreign antigens that can invade our body.

Currently, it has been shown that the thymus has the capacity to function and produce lymphocytes in adulthood. Until now it was thought that the thymus in adulthood had no use, since after puberty this organ regresses, considerably reducing in size, therefore the potential of the thymus as an organ with an important role in the defense of the organism even in adulthood is demonstrated.

At the same time, there is a process known as immunosenescence that results in an aging of our immune system, which suffers a loss of its ability to respond to diseases and vaccines. This phenomenon is linked to a greater number of infections in the individual and it is believed that it may influence the development of cancer or autoimmune diseases. A particularly relevant aspect is that thymic function in adults is highly heterogeneous and is related to the aging of the immune system.

Proper functioning of the organs depends on the proper functioning of their cells. Older cells tend to be less efficient with age. Also, in some organs cells die and are not replaced; therefore, the number of cells decreases. The number of cells in the testes, ovaries, liver, and kidneys decreases markedly with age. When the number of cells becomes too low, the organ does not function normally. Therefore, most organs become less efficient with age. However, not all organs lose the same number of cells. The brain is an example of that. Healthy older people don’t lose a lot of neurons.

Deterioration in the function of one organ due to disease or aging can affect the function of another organ. For example, if atherosclerosis narrows the blood vessels in the kidneys, they will decrease in function because of reduced blood flow.

Often the first signs of aging are noticed in the musculoskeletal system. Then the eyes followed by the ears begin to change in early adulthood. Most of our internal functions also decrease with age. Our bodily functions reach their highest value shortly before age 30, and from then on a gradual but steady decline begins. Despite this decline, most of the functions remain correct because most organs have a functional capacity considerably higher than that required by the body (functional reserve). For example, if half of the liver is destroyed the remaining tissue is more than enough to maintain normal function. Therefore, it is diseases rather than normal aging, that explain the loss of functional capacity in advanced ages.

Some organs are more prone to malfunction than others; These organs include the heart and blood vessels, the urinary organs (such as the kidneys), and the brain.

Consult regularly with your doctor, it is a message for life from BIOCELL ULTRAVITAL

The brain and spinal cord are made up of gray matter and white matter.

Gray matter is made up of nerve cell bodies, dendrites and axons, glial cells, and capillaries (the smallest blood vessels in the body).

The white matter contains relatively few neurons and is composed primarily of axons lined with many layers of myelin and oligodendrocytes that make up myelin. Myelin is what makes the white matter white. (Myelin accelerates the conduction of nerve impulses, see Nerves.)

Neurons routinely go increasing or decreasing the number of connections between them. This process would partly explain how we learn, adapt, and form memories. However, the brain and spinal cord rarely produce new neurons. An exception is the hippocampus, an area of ​​the brain that is involved in the formation of memories.

The nervous system is an extraordinarily complex communication system that simultaneously sends and receives a considerable volume of information. However, it is vulnerable to illness and injury, as noted in the following examples:

Neurons can undergo a degenerative process that causes Alzheimer’s disease, Huntington’s disease, or Parkinson’s disease.

Oligodendrocytes can become inflamed and lost, causing Multiple Sclerosis.

Bacteria or viruses can infect the brain or spinal cord, leading to encephalitis or meningitis.

If the blood supply to the brain is obstructed, a cerebrovascular accident will occur.

Trauma or tumors can also cause structural damage to the brain or spinal cord.

Proper functioning of the organs depends on the proper functioning of their cells. Older cells tend to be less efficient with age. Also, in some organs cells die and are not replaced; therefore, the number of cells decreases. The number of cells in the testes, ovaries, liver, and kidneys decreases markedly with age. When the number of cells becomes too low, the organ does not function normally. Therefore, most organs become less efficient with age. However, not all organs lose the same number of cells. The brain is an example of that. Healthy older people don’t lose a lot of neurons.

Deterioration in the function of one organ due to disease or aging can affect the function of another organ. For example, if atherosclerosis narrows the blood vessels in the kidneys, they will decrease in function because of reduced blood flow.

Often the first signs of aging are noticed in the musculoskeletal system. Then the eyes followed by the ears begin to change in early adulthood. Most of our internal functions also decrease with age. Our bodily functions reach their highest value shortly before age 30, and from then on a gradual but steady decline begins. Despite this decline, most of the functions remain correct because most organs have a functional capacity considerably higher than that required by the body (functional reserve). For example, if half of the liver is destroyed the remaining tissue is more than enough to maintain normal function. Therefore, it is diseases rather than normal aging, that explain the loss of functional capacity in advanced ages.

Some organs are more prone to malfunction than others; These organs include the heart and blood vessels, the urinary organs (such as the kidneys), and the brain.

Consult regularly with your doctor, it is a message for life from BIOCELL ULTRAVITAL

The thyroid tissue is formed by two types of cells: follicular cells and parafollicular cells. Most of the thyroid tissue consists of follicular cells. These cells secrete hormones that contain iodine.

The hormones are called thyroxine (T4) and triiodothyronine (T3). Parafollicular cells secrete the hormone calcitonin. The thyroid needs iodine to make hormones. The thyroid plays an important role in regulating the body’s calcium balance and metabolism. It also plays a role in fertility, growth, and skin health. The hormones T4 and T3 communicate to all tissues in the body to make proteins. T4 and T3 also increase the amount of oxygen used by cells. The harder the cells work, the harder the organs will work. The hormone calcitonin works together with parathyroid hormone to regulate calcium levels in the body.

The levels of hormones secreted by the thyroid are controlled by a hormone produced by the pituitary gland. This hormone is in turn controlled by the hypothalamus. The most common diseases linked to the Thyroid Gland are Hyperthyroidism and Hypothyroidism, neglecting symptoms can lead to Thyroid cancer.

Thyroid cancer occurs when thyroid cells change and multiply, and the cancer cells form nodules and growths. If left untreated, these cancerous nodules can spread to the lymph nodes, surrounding tissues, and the bloodstream, hence the importance of prevention when there is a genetic tendency or the first symptoms of organic disorders on the functions appear on this notably important gland.

Proper functioning of the organs depends on the proper functioning of their cells. Older cells tend to be less efficient with age. Also, in some organs cells die and are not replaced; therefore, the number of cells decreases. The number of cells in the testes, ovaries, liver, and kidneys decreases markedly with age. When the number of cells becomes too low, the organ does not function normally. Therefore, most organs become less efficient with age. However, not all organs lose the same number of cells. The brain is an example of that. Healthy older people don’t lose a lot of neurons.

Deterioration in the function of one organ due to disease or aging can affect the function of another organ. For example, if atherosclerosis narrows the blood vessels in the kidneys, they will decrease in function because of reduced blood flow.

Often the first signs of aging are noticed in the musculoskeletal system. Then the eyes followed by the ears begin to change in early adulthood. Most of our internal functions also decrease with age. Our bodily functions reach their highest value shortly before age 30, and from then on a gradual but steady decline begins. Despite this decline, most of the functions remain correct because most organs have a functional capacity considerably higher than that required by the body (functional reserve). For example, if half of the liver is destroyed the remaining tissue is more than enough to maintain normal function. Therefore, it is diseases rather than normal aging, that explain the loss of functional capacity in advanced ages.

Some organs are more prone to malfunction than others; These organs include the heart and blood vessels, the urinary organs (such as the kidneys), and the brain.

Consult regularly with your doctor, it is a message for life from BIOCELL ULTRAVITAL

1) First: 

Avoid getting sick. With each passing day medical science draws closer to finding the ultimate cure to slow down disease and aging.

2) Second: 

Don’t get sick, every day you stay healthy and alive is another day that medical science gets closer to finding the ultimate cure to curb disease and aging.

3) Third: 

Don’t accept getting old. Continue the use of proven treatments and therapies that are focused on keeping consumers young, vigorous and healthy.

4) Fourth 

Avoid stress. It has been proven to accelerate several diseases and is one of the leading causes of premature aging.

5) Fifth: 

Stay active. Try to exercise daily. This is the number one defense of the body against degenerative diseases and aging.

6) Sixth: 

Limit foods that are high in fat. As it is directly associated with an increased risk of heart disease and cancer.

7) Seventh: 

Get a minimum of six to eight hours of sleep per night. Quality sleep is essential for rejuvenation and repair. If you suffer from insomnia or other sleep problems, seek help.

8) Eighth: 

Limit alcohol consumption as it is neurotoxic.

9) Ninth: 

Avoid smoking. Every minute you smoke you are taking a minute off of your life.

10) Tenth: 

Keep your average weight. Mortality begins to increase significantly to 20% due to overweight.

11) Eleventh:

Eat unprocessed foods. Out of 10 categories, seven should contain fiber and vegetables and three should contain protein. Human studies indicate a 20% increase in longevity with optimal supplementation of vegetables and fruits that provide vitamins and antioxidants to the body of natural and non-synthetic origin.

12) Twelfth: 

Hydrate and alkalize your body. Drink a minimum of one liter of water daily. Consider adding lemon juice to your water as lemon, although it is acidic by nature is anionic and therefore produces an alkalizing effect on the body. The more alkaline your body has, the healthier it will be.

13) Thirteenth: 

Think young, dress young, act young. Aging is as much a state of mind as it is a state of physiology.

14) Fourteenth: 

Avoid the consumption of sugar and all derivative products for the prevention of various diseases. Recent studies show new evidence on the role of glucose and the chemical and biological changes that occur at a molecular level in the body with the development of cancerous tumors.

15) Fifteenth: 

Avoid the consumption of dairy products. You’ll notice improvements in digestion, skin, cholesterol levels. Avoiding the consumption of dairy products reduces the risk of suffering from a degenerative disease.

16) Sixteenth: 

Keep your body free of parasites which can cause serious diseases. The World Health Organization (WHO) recommends deworming at least twice a year, that is, once every six months.

17) Seventeenth: 

Detoxifying your body periodically is essential. Only by eliminating toxicity does general health recover because the more toxic an organism is, the worse it will assimilate the essential nutrients.

18) Eighteenth: 

Make an annual medical appointment for a general profile of your health and keep your vaccinations up to date.

19) Nineteenth: 

Remember that prevention is your main weapon to keep disease at bay and your main weapon against aging.

20) Twentieth: 

Invest in your health, not in life insurance. Invest in a future free from disease and illness, not in hospitals and medicines.

Biocell Ultravital believes that your health is priceless.

We offer a program through Schweizer Klinik Biocell of medical consultation where you will be attended by a specialized doctor to recommend after completing your clinical information if these treatments can help your current state of health to improve organically to slow down the aging process.

We offer several combinations of treatment, firstly, you have to determine if what you want to achieve is a general revitalization of the entire organism, or instead, you need a revitalization of a special organ or one of the body’s organ systems.

This is important because many people only need to increase vitality, muscular energy and the rejuvenation of some of their glands in order to feel stronger, younger and more vital; while others have the main objective of “betting” on the future and preventing the bodily deterioration that will occur in the near future, avoiding beforehand the “decrepitude” of their body-mind unit, and based on family histories of particular tendencies (osteoarthritis, Alzheimer’s , cancer, visceral prolapse, osteoporosis, etc.) project in advance the battle that will prevent them from such disorders. As can be seen, it is not always the medical professional who decides what to do, but rather it is a joint  decision.

Everything is valid when it comes to enjoying existence with the best possible quality of life.

Treatment Options

Based on these results and measurements, each patient will be offered a treatment tailored to their needs with many options highlighting the following:

Cellular Renovation Therapy Immunological designed to prevent general aging: cognitive, organic and body (bones, muscles and skin)

Cell Regeneration Therapy. Human Ultracell VI

Detox Therapy – tailored to the needs of the client. The purpose is to begin to detoxify the body so that the next steps are more effective in their action to reinforce cellular nutrition. Celltox 4G.

Organic Revitalization Therapy of the main systems and organs through organotherapy and peptide immunological therapy Cellorgane 4G.

Hormonal Therapy Specifically for men and women Androcell 4G , Biofemin 4G.

Antioxidant Therapy – Endocrine H Citoplacell 4G .

Metabolic Syndrome Therapy. Revercell 4G.

Anti-inflammatory Immune Therapy. Bioenzym 4G.