The possibility hidden in us! You can have 75% more stem-cells with the help of Olimpiq StemXCell! The best stem-cell therapy is to enhance your own active healthy stem-cells. These cells are known/recognized by the body and they constitute the very base of self-regeneration. The first 17 surgeries of the past two years were performed on patients with cardiac infarction cases. The implanted stem-cells regenerated the cells of their hearts, cardiac functions have been improved. If every patient with heart disease set up a claim for having such operations, it would take them more than 20 years to wait for and all this would cost 2,000 billion HUF. There are two ways therefore: growing your own stem-cells, the other way is impassable. It can be stated for sure that stem-cells are the „omnipotents” of the body. A promising field of future medicine is that of stem-cells. Medical science has come to the opening of a new age: utilization of stem-cells. One of the most important questions of stem-cell research nowadays is how to propagate adult stem-cells. In case we are able to persuade our body to produce more stem-cells in a natural way, the body itself will be able then to correct the errors occured because of an illness, an accident or simply as a consequence of ageing. The more stem-cells you have the better your state of health is. Bone-marrow stem-cells constitute the natural „renewal” system of the body. Stem-cell level is the best sign of good health. It is better than that of cholesterol, blood-pressure or blood-sugar level. It is better than anything that is knoiwn as a cardiovascular risk factor, and this valid for everything in the body. As regards the number of stem-cells, it might alter between 5 million and 25 million in 5 litres of blood. As we get older the number of stem-cells produced by the body decreases significantly. You can have at least 75% more stem-cells in an hour! A new term. Stem-cell nutrition, stem-cell protection. The Olimpiq StemXCell is the first and very unique adult stem-cell propagator with really extraordinary qualities. Stem-cell nutrition helps to overcome ageing processes by stimulating the bone-marrow to produce more adult stem-cells. It facilitates movement of stem-cells in the blood, also supporting their orientation in identifying where the places needing support are. Our researchers chose the components of Olimpiq StemXCell from several hundreds of sample material/examined material and from various places of the Earth What is a stem-cell? Stem-cells are unspecialised cells able to reproduce which create cells similar to themselves trough asymmetrical division, besides producing bound descendant cells/offspring. The pro-embryo or homozygote after conception and passing through the oviduct toward the womb and then embedding there, still consists of totipotent cells (suitable to become everything). On the 15th day of embryonal development these cells start to specialise to become neurocytes, cerebral cells, myoblasts, skin-cells, etc. The various stages of genetical material (DNA) initiate their function in these cells and the organs and tissues will become capable of fulfilling their special tasks. However it costs them to lose their totipotent chance. During embryonic development some of these totipontent cells are retained, these are called haemopoetical or tissue stem-cells that can be gained from the navel-string at birth. There are two types of stem-cells: embryionic or adult stem-cells. Adult and embryonic stem-cells have got very similar qualities, but adult stem-cells are more difficult to isolate from the bone-marrow. Stem-cells are present in several tissues of the body in adulthood. Histic or tissue stem-cells are present in continuous multiplicational or dormant state. If these cells get into a given histic environment, they might become able to convert into various mature cells constituting tissues. The biggest quantity of them is found in the bone-marrow. If an organ doesn't function optimally or gets injured somehow needing cell-replacement, it will send a message to the bone-marrow, which in turn, will recognize the information and send back some stem-cells. The stem-cell leaves the bone-marrow, gets into the blood-stream, then arrives at the organs supported by a special messenger substance. When it arrives at the „target area”, makes use of its own division capability and sends a copy of itself, while assimilating into the organ and becoming one of its cells itself. The organ will become able to renew this way, keeping its own functions and go on functioning in a healthy way.

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