Bests & Worsts Reviews from Amazon

I take these every day. I am 67 and my body parts need maintenance. Nutrients that stimulate the body's own production of stem cells is the way to go. With the proper nutrients, you can boost your circulating stem cell level by 90% within a week. The organs of you body send out a call for stem cells, and they are dispatched to where they are needed most using the squeaky wheel technique. So you want to have enough stems cells floating in your blood stream to meet the demand. With your body's own stem cells, you can re-build everything. And you should. When you are born, you have stem cells that can morph into any type of cell. As an adult, you have 200 types of adult stem cells that can create new cells of just one specific type of cell. For example, you have adult heart stem cells that can create new heart cells. Then the body uses these stem cells and rebuilds the organ with new cells. Recent developments over the past 2-3 years have established that adult stem cells have capabilities comparable to embryonic stem cells in the human body, not in the test tube. Many studies have indicated that simply releasing stem cells from the bone marrow can help support the body's natural process for renewal of tissues and organs. One of the reasons our bodies age is that we have fewer stem cells to use for rebuilding body parts. Things go downhill rapidly starting at age 30. Recent research has shown that you can quickly and significantly boost your count of adult stem cells with a nutritional cocktail of supplements. And the results are fast! Stem cell counts go up 50% in two days, and are up 90% in one week. And we’re talking about all 200 types of cells, all at once. You will be simultaneously rebuilding all of your internal organs and body parts within a week. Diabetes? No problem. Just build yourself a new pancreas. Heart ain’t what it used to be? No problem. Just build yourself a new heart. Brain not what it used to be? No problem. Just build yourself a new brain. We’re talking about rebuilding everything, right now, simultaneously. All 200 cell types. While they are not free, they are certainly cheaper than your medical insurance deductible or prescriptions. Adult Stem Cells are nothing less than the human body's natural self-renewal system has profound implications for every area of modern medicine. The idea that heart disease, diabetes, liver degeneration, and other conditions could be things of the past is no longer science fiction. Naturally replenish your body’s stem cell count...Using a safe approach that “reactivates” your body’s hidden ability to generate new stem cells. Significantly boost your body’s stem cell levels. Nutrients are used to naturally super-charge our body’s stem cell reserves! Create new brain cells, reversing brain damage and restoring memory • Increased feeling of vitality and rejuvenation • Increase mental clarity • Thickening of hair and quality • Increased libido • Improved skin texture • Improved sleep • Improved endurance • Improved strength • More efficient metabolism • Improvement in renal (kidney) function • Improved hormone level • Increase overall well-being • higher energy level, exercise power and capacity to work; • firmer and tighter skin, improved hair structure and growth; • improved mental capacity, quicker thinking, better memory; • subsiding of muscular, joint and back pain, and headaches; • normalized functioning of internal organs; • boosted immunity; • stabilized metabolism, hormone levels and blood pressure; • elimination of chronic fatigue; • improved sexual functions. Analysis of a highly purified preparation of human mesenchymal stem cells indicated that they could proliferate extensively in culture, constitutively expressing the telomerase enzyme! Generate new pancreatic cells, restore pancreas function in diabetic patients, reversing type 2 diabetes Stem cell treatment erased diabetes in mice, without insulin injections or invasive surgeries. You see, diabetes has everything to do with insulin-secreting cells in our pancreas called b-cells. When our immune system attacks and destroys these cells, our body is unable to generate the insulin response it needs. The result is glucose builds up from sugary foods and drinks, causing our blood sugar levels to spiral out of control. In other words: diabetes. But that’s where stem cells come in. Stem cells can generate new pancreatic b-cells that sense glucose and secrete insulin. This entirely replaces the need for insulin needles! Stem cells enable our pancreas to work normally again, generating insulin to destroy excess glucose. It’s almost as if you’re getting a brand-new pancreas. Re-Grow Billions of Insulin-Secreting Cells. In fact, Stanford researchers used stem cells to grow a new pancreas in diabetic mice...And permanently REVERSED their diabetes. Reverse heart aging in 1 month It repaired his damaged heart muscle almost overnight! The bone marrow constantly produces stem cells for the entire life of an individual. Stem cells released by the bone marrow are responsible for the constant renewal of red blood cells and lymphocytes (immune cells). A 25-30% increase in the number of circulating stem cells is well within physiological range and does not constitute stress on the bone marrow environment. The amount of active bone marrow amounts to about 5.7 lbs, with about 1.5 trillion marrow cells. Stem cells that do not reach any tissue or become blood cells return to the bone marrow. Effectiveness of stem cell "enhancers" was demonstrated in a study. Volunteers rested for one hour before establishing baseline levels. After the first blood samples, volunteers were given stem cell "enhancers"or placebo. Thereafter, blood samples were taken at 30, 60 and 120 minutes after taking the consumables. The number of circulating stem cells was quantified by analyzing the blood samples using Fluorescence-Activated Cell Sorting. Consumption of stem cell "enhancers" triggered a significant 25-30% increase in the number of circulating stem cells. Within two hours! This corresponds to approximately 3.5 million new circulating stem cells from just one dose! Rebuild damaged heart muscle, reversing heart failure If you look at the New England Journal of Medicine, you'll find that the number one indicator of a healthy heart is the number of stem cells circulating in the body. Stem cell nutrition is the organic and all-natural way to stimulate the bone marrow to release adult stem cells into the bloodstream. They took elderly mice with severe heart problems, giving them cardiac stem cells. Within one month, they compared them to the untreated mice: 20% better endurance Improved heart function They even had longer heart cell telomeres! Create new retinal cells, restoring vision to the blind Reverse the hallmarks of aging, increasing lifespan by the equivalent of 24 years Regrow damaged cartilage, reversing osteoarthritis Re-grow kidneys Stem cell nutrition is one of the greatest ways to slow down aging that we have. Aging is nothing more than the breakdown of cells. Stem cell nutrition combats that action. As cells break down, stem cell nutrition replaces them with healthy cells. This is the greatest, most natural anti-aging method there is. Ppeople with arthritis in various parts of their bodies reverse the disease, and people with asthma end up with their lungs totally clear. Stem cells go to whatever area is compromised and turn into healthy cells. It works by replenishing new cells in your body in place of aged, damaged, or dead cells... any kind. Stem cells are naturally released by the bone marrow and travel via the bloodstream toward tissues to promote the body's natural process of renewal. When an organ is subjected to a process that requires renewal, such as the natural aging process, this organ releases compounds that trigger the release of stem cells from the bone marrow. The organ also releases compounds that attracts stem cells to this organ. The released stem cells then follow the concentration gradient of these compounds and leave the blood circulation to migrate to the organ where they proliferate and differentiate into cells of this organ, supporting the natural process of renewal. One of the components apparently promotes the migration of the stem cells to tissues or organs where regeneration and repair is needed most. The stem cells go to wherever they are needed. Mesenchynal Stem Cells in the bone marrow give rise to the tissue stem cells, i.e. they have been shown to differentiate into bone and fat cells; tendons, ligament and other connective tissues, as well as neurons and cells of the liver, lung, pancreas and heart. . Mesenchymal stem cells (MSCs) are pluripotent. They are able to proliferate and self-renew, as well as to give rise to progeny of at least the osteogenic, chondrogenic, and adipogenic lineages. Mesenchymal stem cells are multipotent stromal cells that can differentiate into a variety of cell types,[1] including: osteoblasts (bone cells), chondrocytes (cartilage cells), myocytes (muscle cells) and adipocytes (fat cells which give rise to marrow adipose tissue). Experiments over the last several years have purported to show that stem cells from one tissue may give rise to cell types of a completely different tissue. This remains an area of great debate within the research community. Go with NIH’s Y chromosome stem cell that became a brain cell in a female. Bone marrow stem cells can form all of the different body tissues. They turned these bone marrow stem cells into skin, brain, lungs, heart, retina, muscle, intestines, kidney and spleen. Follow-up of patients receiving adult bone marrow stem cell transplants has allowed tracking of adult stem cells within humans, primarily by identification of Y chromosome-bearing cells in female patients who had received bone marrow stem cells from male donors. Biopsy or postmortem samples show that some of the transplanted bone marrow stem cells could form liver, skin, and digestive tract cells, as well as participate in the generation of new neurons within the human brain. Stem cells naturally migrate to tissue needing repair, attaching and multiplying thousands of times and becoming new tissue. Stem cells circulating in the bloodstream continuously allows for constant tissue renewal and repair. Once circulating these stem cells home in on tissue in the body needing repair. Does not matter if it is bone, muscle, connective tissue, cartilage, liver, heart, brain, skin, nerve or aging and degenerating tissue. Maybe. Might just be the mesenchym ones (osteoblasts (bone), chondrocytes (cartilage), and adipocyte s(fat)). These are the structural types (fat, cartilage and bone cells). Once attached each stem cell multiplies thousands of times and becomes that tissue. Adult stem cells occur in many tissues and that they enter normal differentiation pathways to form the specialized cell types of the tissue in which they reside. Normal differentiation pathways of adult stem cells. In a living animal, adult stem cells are available to divide for a long period, when needed, and can give rise to mature cell types that have characteristic shapes and specialized structures and functions of a particular tissue. Stem cells "homed" to the site of tissue damage. And crossed the blood / brain barrier. Most studies showing adult stem cell differentiation into other tissues show an increased incorporation of cells, or even an absolute requirement for differentiation, relying on tissue damage to initiate the differentiation. This may indicate that without a "need" for replacement and repair, there is little or no activation of adult stem cells. Pancreas and liver arise from adjacent endoderm during embryological development, and show relatedness in some gene expression and interconversion in some instances. Bone marrow derived cells have shown the ability to form pancreatic cells in animal studies. Mouse bone marrow stem cells containing a genetic fluorescent marker that is only expressed if insulin is expressed were transplanted into irradiated female mice. Within 6 weeks of transplant, fluorescent donor cells were observed in pancreatic islets; donor cells identified in bone marrow and peripheral blood did not show fluorescence. In vitro, the bone marrow derived cells showed glucose-dependent insulin secretion as well. Bone marrow derived stem cells have also demonstrated the ability to induce regeneration of damaged pancreas in the mouse. Most of the regeneration due to induced proliferation and differentiation of endogenous pancreatic cell precursors, suggesting that the bone marrow stem cells provided growth signals for the tissue regeneration. Heart, as a mesodermally-derived organ, is a likely candidate for regeneration with bone marrow derived stem cells. Numerous references now document the ability of these adult stem cells to contribute to regeneration of cardiac tissue and improve performance of damaged hearts. In animal studies, for example, rat, mouse and human stem cells have been identified as integrating into cardiac tissue, forming cardiomyocytes and/or cardiac blood vessels, regenerating infarcted heart tissue, and improving cardiac function. The evidence has led numerous groups to use bone marrow derived stem cells in treatment of patients with damaged cardiac tissue. Results from these clinical trials indicate that bone marrow derived stem cells, including cells from the patients themselves, can regenerate damaged cardiac tissue and improve cardiac performance in humans. Bone marrow derived adult stem cells have also been found to contribute to various other adult tissues. Animal studies indicate evidence that bone marrow stem cells can contribute as progenitors of lung epithelial tissue, and mesenchymal stem cells can home to damaged lung tissue, engraft, and take on an epithelial morphology, participating in repair and reduction of inflammation. Bone marrow derived stem cells also have been shown to contribute to regeneration of gastrointestinal epithelia in human patients. A recent study in mice has indicated that bone marrow stem cells can also participate in cutaneous healing, contributing to repair of skin after wounding. Bone marrow stem cells can turn into most tissue types, and can regenerate damaged heart. Bone marrow is like a repair kit. Nature provided us with these tools to repair organ damage. Based on our findings we believe these newly discovered stem-cells may have the capacity to generate into most tissue types in the human body. This is a very unique property that until this time has only been found in embryonic stem cells. There are similarities between liver and pancreas which could facilitate interconversion of cells between the two tissues. This concept has been demonstrated using genetic engineering to add a pancreatic development gene to liver cells, converting liver to pancreas. Rat liver stem cells have been converted in vitro into insulin-secreting pancreatic cells. When transplanted into immundeficient mice which are a model for diabetes, the converted liver stem cells were able to reverse hyperglycemia in the mice. One other interesting observation regarding liver stem cells has been the possible formation of myocytes in the heart by liver stem cells. A clonal cell line derived from adult male rat liver and genetically tagged was injected into female rats, and marked, Y-chromosome bearing myocytes were identified in the host hearts after six weeks. The release of stem cells from the bone marrow and their migration to tissues is a natural process that happens everyday. Stem cell enhancers simply support that natural process and tips the balance toward health everyday. Stem cells have the remarkable potential to develop into many different cell types in the body. Serving as a sort of repair system for the body, they can theoretically divide without limit to replenish other cells as long as the person or animal is still alive. When a stem cell divides, each new cell has the potential to either remain a stem cell or become another type of cell with a more specialized function. Scientists believe it should be possible to harness this ability to turn stem cells into a super "repair kit" for the body. The National Health Institute lists seventy-four treatable diseases using adult stem cells in therapy. Stem cell nutrition seems to go where the body's priority is. Even if you don't currently have a problem, stem cell nutrition is a preventative." This means it can give you a like-new brain, heart, lungs, pancreas, and virtually any organ. And reverse the destruction caused by diseases and aging. All by harnessing your body’s own power to repair itself! They’re called pluripotent stem cells — “blank slate” cells that can be reprogrammed to act like any other. When normal cells die, stem cell aid in generating new ones. This is how we stay young, strong and grow. But as we age, our body gradually loses this stem cell reserve and eventually our dying cells fail to be replaced. When new stem cells are introduced, you literally grow younger. Younger brain, heart, lungs, pancreas, kidneys, and more. The scientists looked at what happened when the aging mice received fresh stem cells. Not only did the aging completely stop, it reversed course...And the stem cell treated mice actually grew YOUNGER than the normal untreated mice. All in all, they lived the equivalent of 12 years longer. Plus they retained all of their mental and physical capacities.19 In one placebo-controlled study, elderly patients using this protocol saw an immediate boost in stem cell count — in just one day! One week later, their stem cell levels doubled over the control group! The researchers believed the protocol actually repaired their body’s ability to produce new stem cells. Nutraceuticals Rescue Aging Stem Cells Serum from aged rats that were on the control diet had the expected effect on the cultured stem cells: their division rates slowed dramatically, producing fewer new stem cells. But serum from the supplemented aged rats did not cause those changes, and in fact produced results not different from those of serum obtained from young rats. This study demonstrated that targeted nutrient supplementation alone could rescue aging stem cells involved in both brain and blood system functions. When tissue is damaged, tissue-specific stem cells leap into action, quickly forming into functional replacements for the damaged cells. In short, adult stem cells account for the healthy adult body’s ability to self-heal, and to retain its youthful vigor. But the researchers dug deeper and made a remarkable discovery—the nutrient combination increased the production of genes that prompt progenitor cells (stem-like cells living in brain tissue) into becoming functioning adult neurons. In other words, it helped create healthy new brain cells. Together, these three recent studies strongly indicate that specific nutrients can produce tremendous effects on adult tissue stem cells, helping protect them against the destructive impact of environmental factors, and preserving their ability to naturally heal tissues and restore their youthful function. The good news is that rejuvenating those adult stem cells can lead to a partial reversal of aging in our tissues. Even better, three landmark studies have shown us that rejuvenation of adult tissue stem cells is within our reach.