![]() ![]() If you are seeking a stem cell treatment, we recommend you contact GIOSTAR, a global stem cell company that has treated a large number of patients. Speak with a doctor before making any decisions and research any treatment very carefully to see that it meets minimal safety guidelines. It’s just important to keep in mind that many of these treatments are new, and not all providers of them are honorable or knowledgeable enough. This is not to say that clinics can’t offer the right solution, because that’s not necessarily true. In those cases, the person is likely better off speaking with a doctor about their options. Ditto if the individual has suffered from arthritis or vertebral damage for a long time. In cases where severe nerve damage is present, for instance, the patient may need more extensive treatment. In other cases, however, this may not prove enough. ![]() There, a stem cell professional can remove some of the patient’s cells, create an injectable solution, put it into the neck and encourage regrowth of any damaged neck structures. In mild cases, it may prove helpful simply to visit a clinic. The short answer is that it depends on what type of treatment the sufferer seeks. Many people wonder how close science is to offering a widespread solution to the question of how to get rid of neck pain. ![]() Many people find that the risks of reaction and/or reduced effectiveness due to stem cell activity is still worth undergoing the treatment. Keep in mind, though, that less effective than optimal is still more effective than nothing. Both intrinsic factors (those existing within the cell) and extrinsic factors (those having to do with the cell and its relationship to outer bodily structures and systems) change. In old age, stem cell activity changes and gets less effective. There is also the risk that the treatment simply won’t work that well. However, when using one’s own cells, as in this approach to neck pain treatment, the risks are far lower than when using a donor’s, in which immune systems can come into play and the results can prove devastating. Usually, this is because the body objects to a preservative or suspension used by physicians in the preparation of the solution. The main risks of stem cell therapy involve the patient rejecting the treatment. Risks of Stem Cell Treatment for Neck Pain Once inside the patient, stem cells immediately go to work healing the area, rebuilding damaged structures, and generating new cells. Using ultrasound, they target the area of the spine needing repair and healingĭepending on the severity of the individual case, the physician may recommend more than one injection.They combine these cells with one another and with growth factors.Physicians harvest stem cells from adult bodily tissues, such as blood, fat, and bone marrow.This novel treatment for neck pain may comprise a simple response to whiplash or a significant neck arthritis treatment, even for people who have suffered for long periods of time. Luckily, stem cells’ promise to one day address many bodily systems, healing and rebuilding them, extends to neck pain as well. This makes them less effective and ultimately doesn’t solve the root problem anyway. Traditional neck pain therapy or other neck treatments tend to focus only on one or two symptoms rather than the root cause of the pain. ![]() The causes are extremely wide-ranging as well, from injury to arthritis to disc degeneration and more. The symptoms of neck pain are wide-ranging, including pain, stiffness, tingling, spasms, numbness, and lack of mobility. How Stem Cell Therapy for Neck Pain Works However, that’s not usually needed in the case of the neck, where the action of multipotent cells is often sufficient and have lower risks. In some cases, scientists will encourage those multipotent stem cells back into an embryonic state, creating what are known as “induced pluripotent stem cells,” or iPS cells. When injected into an area, they seek out damage in like structures in the area and begin to repair them. These stem cells, while they can’t turn into any kind of cell needed, are still extremely powerful. For instance, hematopoietic stem cells can turn into the wide range of blood cells, while other multipotent stem cells are found in: Multipotent stem cells, found in the adult body, can turn into limited ranges of cells. Pluripotent stem cells, those found in the human embryo, can turn into any kind. A stem cell is an undifferentiated cell with the ability to turn into many types of cells. Stem cell therapy leverages the body’s ability to regenerate certain types of tissue. ![]()
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