A Brief Overview
You don’t have to be a scientist to appreciate the implications of the mitochondrial theory of aging. By definition it states that an age-related increase in oxidative stress contributes to cellular damage and can ultimately result in the death of a cell. Considering that each of us is made up of cells, the mitochondrial theory of aging is acutely relevant to all of us. And it is precisely this theory that led to the development of Juvenon.
But what are mitochondria? They are the specialized structures in our living cells that make possible two key functions—respiration and energy production. The U.C. Berkeley team discovered that as they age, mitochondria become less efficient at turning fuel into energy. On the other hand, aging mitochondria become more “productive” in a negative way: they start producing more oxidants.
Fortunately, the U.C. Berkeley discoveries and the subsequent development of Juvenon have dramatically impacted cellular health in our favor. Juvenon reviews have been characterized by glowing praise. Now read the scientific findings—in detail and in full–for yourself and discover why Juvenon reviews around the world have been so positive.
Aging and Its Effects on the Brain
Research performed by Juvenon scientists and others has demonstrated that as we age, the efficiency of the mitochondria diminishes, as does their quantity per cell. The effect is a body operating at one-half to one-fourth the energy it had at youth. The brain is perhaps the most important organ affected by aging, since it consumes more energy than any other organ of the body. An energy deficit in the brain and central nervous system affects the activities of all organs throughout the body as well as mental acuity and mood.
Juvenon™ Cellular Health Supplement consists of natural substances the body normally manufactures at sufficient levels for maximum health in youth but in insufficient quantities as we age. Juvenon’s natural health supplements are a patented composition of normal mitochondrial metabolites that has been shown in laboratory experiments to help maintain mitochondrial function as cells age, by:
Juvenon™ Cellular Health Supplement contains a compound known to stimulate the synthesis of cardiolipin, a key component of the mitochondria. Cardiolipin is a phospholipid required, along with specific transport enzymes, to maintain the potential and overall integrity of the mitochondrial membrane. The membrane potential is the result of the separation of charge between the inner and outer surface of the membrane, a process that requires energy-driven pumps to move charge against a gradient.
A young, healthy mitochondrion (one containing sufficient cardiolipin) has a maximum membrane potential and therefore maximum energy producing potential. The Juvenon composition also activates the transport of high-energy food-derived products into the mitochondria, where they are transformed into a specific chemical form of energy (ATP). This captured energy is used to run the cellular machinery for such activities as muscle contraction and neurotransmission.
Additionally, the compound is structurally similar to an endogenous neurotransmitter, which may be partially responsible for the reported beneficial effects to the nervous system such as enhanced memory, elevated mood, enhanced mental acuity, and more sound sleep.
The patented composition contains substances to maintain healthy cells. Juvenon scientists have demonstrated the production of cell-damaging oxidants in body tissues under normal physiological conditions. The bulk of these oxidants are controlled or neutralized by cellular antioxidants, but a portion of these toxic oxidants invariably escapes this defense and survives to contribute to the aging process. Furthermore, the antioxidant defense becomes less effective as the body ages, as a consequence of accumulated damage negatively affecting the efficiency of the defense-building enzymes.
To address this situation Juvenon has added a compound containing two important properties. First, working in concert with the compound described above, it too plays a critical role in the conversion of food into energy, and secondly, it affords protection to the cell from oxidants, including the highly reactive substances known as free radicals. Free radicals are chemical by-products, produced during the burning of food to form energy. They are extremely toxic to the cell as they oxidize and distort its vital components.
This constituent of the Juvenon product is an amphipathic substance, as it is both water and lipid soluble, and can therefore penetrate and protect lipid containing cell membranes as well as water soluble cell components. Another important characteristic of this multiple function compound is its capacity to be regenerated to an active form, within the cell, after reacting with and neutralizing an oxidant. It can literally protect all of the cell components from oxidants. In addition to being an antioxidant, it helps maintain a high membrane potential by acting on other cellular antioxidants, including vitamins C and E, as well as glutathione, to keep them fully charged for maximum cellular protection from oxidants.
It is perhaps the most potent of the natural cellular antioxidants, as it is very easily oxidized due to its low redox potential. This makes it a more attractive substance for the radical to attack, sparing the vital cell structures from destruction. Listed below are some of the specific beneficial effects observed at the cellular level:
The free radical or mitochondrial theory of aging has received increasing recognition during the last 20 years. A basic tenet of this theory is that the fundamental changes associated with the aging process are the cumulative result of the reactive oxygen species (ROS), which are normal by-products of aerobic life. Physical exercise is an integral part of daily life. Prominent changes, which occur during exercise, include: an increased metabolic rate, an enhanced rate of mitochondrial respiration, and oxidative phosphorylation.
During maximal muscular contraction in men, it has been estimated that oxygen consumption can be as much as 100 times the resting level for local muscle fibers and 20 times for the whole body. This high rate of oxygen flux may lead to increased electron “leakage” found at the resting condition and poses an oxidative stress to the mitochondria and other critical cellular organelles . During aging, the skeletal muscle is under increasing oxidative stress, as evidenced by higher levels of lipid peroxidation and antioxidant defense in aged muscles.
The theory states the mitochondria are the major source of toxic oxidants, which are capable of reacting with and destroying cell constituents and which accumulate with age. The consequence of this destructive activity is an inefficient cell and a body we recognize as aged (wrinkled skin, low energy level). The gradual loss of energy with age is paralleled by a decrease in number of mitochondria per cell, as well as the health and energy-producing efficiency of those remaining mitochondria.
Juvenon has an ongoing program of pre-clinical and clinical research to learn more about the aging process and how to mitigate its effects. Recently completed and in-process studies are described here.
A clinical trial has recently been completed at the Whitaker Cardiovascular Institute, a unit of the Boston University Medical Center. The objective of the trial is to evaluate the effect of Juvenon™ Cellular Health Supplement on cardiovascular patients. This is a double-blind, randomized, placebo-controlled crossover study, involving older individuals (55 to 95 years old) with proven coronary artery disease.
The study involved a total of 43 patients. Each one underwent an 8-week treatment with either the Juvenon™ Cellular Health Supplement tablet or a placebo, followed by a 4-week “washout” period, and then by a second 8-week period with the alternative treatment. All subjects have completed the course of treatment. Researchers are currently analyzing the data. Results have not yet been released. The researchers have indicated that the next steps are to complete and interpret statistical analyses, write up the findings and conclusions, submit the findings to peer review, and finally to publish the results. A forum for publication of the results (i.e., a peer-reviewed journal or scientific meeting) has not yet been determined.
Before bringing Juvenon™ Cellular Health Supplement to market, Juvenon conducted a clinical trial designed to assess the effects of the product on indicators (biomarkers) of exercise-induced oxidative stress, muscle strength/endurance, body composition, functional fitness, physical activity, and general health and well being in healthy sedentary older men.
Energy Study Design – This was a single-center, randomized, double-blind, placebo-controlled study lasting 17 weeks. A two-sequence, crossover design was used for this study. Subjects were 18 healthy, sedentary men between the ages of 60 and 71. They received either a tablet containing Juvenon™ Cellular Health Supplement or a placebo tablet in the first treatment period. This was followed by a “washout” period during which they took neither Juvenon™ Cellular Health Supplement nor placebo. Then, during the second treatment period, they received the alternate study agent. This crossover design facilitates understanding of treatment effect vs. placebo effect by controlling intra-subject variation.
The trial was conducted in an exercise physiology laboratory operated under the auspices of the Department of Kinesiology at San Francisco State University. Subjects were asked to perform a sequence of exercises designed to produce oxidative stress. Blood was then drawn and analyzed for biomarkers of oxidative stress.
Subjects also completed a validated psychological survey called the Psychological General Well-Being Index (PGWBI), which was originally developed by the RAND Corporation to assess the physical and mental health of healthy individuals. The PGWBI was administered to evaluate the mental outlook of the subjects when they were taking Juvenon™ Cellular Health Supplement, compared to when they were on placebo.
Energy Study Results – Exercise-induced oxidative stress is a measure of how efficiently and cleanly the mitochondria produce energy. The extent to which cells are stressed following exercise is an indication of cellular health. This is a measure of the body’s defenses against the effects of aging. The study evaluated 9 different biomarkers for cellular health and oxidative stress: ammonia, beta-carotene, glutamine, glutathione, malondialdehyde, total antioxidant status (TAS), vitamin C, vitamin E-alpha tocopherol, and vitamin E-gamma tocopherol.
For 8 of the 9 biomarkers, a majority of subjects registered positive results when they were taking the Juvenon product, compared to when they took the placebo. The results for one biomarker, alpha tocopherol, were equivocal.
The scientists concluded that supplementation with Juvenon™ Cellular Health Supplement in the majority of healthy elderly subjects both raised the antioxidant capacity of the plasma and blunted exercise-induced oxidative stress.
The most compelling results of the study were those from the Psychological General Well Being Index (PGWBI). The objective of this portion of the study was to assess subjective perceptions related to mood and general health. The PGWB provides a total score, as well as scores on individual components of health and well being. The “Total Scores” of a majority of subjects were higher when taking Juvenon™ Cellular Health Supplement than when they were on placebo. A majority also reported improved vitality and general health.
Overall, the Energy Study points to evidence of improved cellular health, as indicated by the biomarkers of oxidative stress, and a sense of feeling healthier, as identified in the Psychological General Well Being Index. Note, however, that this was a pilot study with sample sizes too small for statistical significance. Findings were posted at a conference of the American College of Sports Medicine.
Diabetic Rats Study
Juvenon is currently sponsoring a study of the effects of dietary supplementation with lipoic acid and acetyl-L-carnitine on Type 2 diabetic rats. The study is under way at the Linus Pauling Institute at Oregon State University. The study is investigating whether lipoic acid and acetyl L-carnitine act to stimulate glucose and fatty acid metabolism and whether this could reverse the severity of pathophysiological markers of Type 2 diabetes. The experimental model is the obese Zucker rat., which is a well-accepted animal model of Type 2 diabetes because it mimics many of the symptoms associated with this disease.