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Stem Cell Therapy for Cancer - UCTC Clinic

cancer therapy

Stem Cells’ Peculiarities

All innumerable amounts of cells growing in our organism originate from one – zygote, formed by the merger of male and female gametes. This single cell contains information about the body, its consistent evolution scheme. During embryogenesis, the fertilized egg parts and lets rising to cells with an aim to transfer genetical materials to the next generation. These embryos whose genome is "zero point", wield the mechanisms underlying specialization to potential enhancement in any cell.

Stem cells posses quite a few extraordinary priorities. They are capable to create fully identical cells. In vivo resulting, in two daughter cells, one of which is a stem, and the second circuit, undergo transformations and eventually they turn into erythrocytes. If it was otherwise, the body would have quickly expended the enhancement of stem cells and any renewal would become impossible.

They all behave differently. In some nutrient media they multiply almost infinitely without undergoing any change. Nevertheless, special chemical stimulants can cause cultured stem cells regenerate neurones, the cells of the pancreas and liver, bone and muscle tissue. Nonetheless, these ain’t all their possibilities.

The adult ones possess ductility. It is proved that bone marrow’s cells can give rise to hepatocytes (liver cells), neurones and glia (components of the nervous system), muscles, bones, fat and so on and so forth.

They provide restoration of harmed spaces. Stem cells received from the regulatory system signals a "fault" on the bloodstream rush to the affected organ. They can restore almost any aggravation, becoming necessary for the place in the body (bone, smooth muscle, liver, cardiac muscle or nerve) and stimulating the internal reserves of the organism to regeneration (restoration) of the organ or tissue.

Consequently, stem cell therapy for cancer has huge capability to overcome the ailment. Nowadays, stem cell therapy for cancer treatment is widely spread round the globe, enjoying wonderful successes.

Oncology & Stem Cells

There are varied kinds of stem cell therapies against cancer. One of the most recent approaches in oncology curing – curing with examinees own stem cells. This approach has been carefully designed by several scholars all over the world. This approach implements special type of stem cells – T-cells, or immune cells.

Advantages of T-cell cure is that it stabilizes and balances the human’s body own response by "start" anticancer mechanisms of certain natural body, which leads to greater efficacy in the curing and prevention of cancer. This curing has none of the toxic side effects that arise from the use of conventional curing, so the body does not prevent the breeding of its blood, but instead, this approach strengthens the body's immune response to cancer pathology by strengthening the immunity.

The goal of this mode is to enhance the amount of T-cells, which are one of the main factors of body's natural defenses against cancer, as well as strengthen the immunity through the ability of T-cells. Stating differently, it enhances the anti-cancer army body and equips it with a more powerful army of cells able to "fight" with cancer cells.

The main methods used in biological products:

  • Anti-cancer cells – T-Cell or "cell therapy" – immune curing makings such as LAK (lymphokine-activated killer cells) and the CIK cell therapy.
  • Cytotoxic anticancer therapy – cytokine therapy, such as IL-2, interferon, etc.
  • Anticancer gene therapy – gene therapy gene vaccine, CEA gene vaccine, the p53 gene, etc.
  • Anti-cancer antibody therapy – such as heceptin, Glivec, etc.

Perhaps the next step would be to apply the therapy of cancer stem cells to re-generative medicine, which is possible as the technology of the futurity to help those, who currently have health problems and there is a need for novel curing approaches liver disease, throat cancer, prostate cancer et al.

Obviously, stem cell therapy for cancer has bright and prosperous future.

Conclusion

In the end, it is significant to mention that the stock of grown up stem cells is very low. Therefore, reasons why body's cells lose the possibility for renewal may be that: the lesion is too large, or the body is weakened, or the age of the examinee has no strength to cure any more. Can modern medicine help the examinees to recover from cirrhosis, stroke, paralysis, diabetes, a number of diseases of the nervous system? Even today, scientists are able to direct stem cells "to the correct path." Advances in this area of cellular medications makes therapeutic use of stem cells quite possible is almost unlimited. Stem cell cancer therapy could be possibly a precious solution in this fragile matter.

Cancer treatment articles