Cancer cells are formed in our body almost every day but we are not affected by them. This is because they are immediately destroyed by the body's<unk>  system. The<unk>  system is a complex network of cells and organs comprising lymphocytes, macrophages, Dendritic cells, Natural Killer cells (NK Cell), Cytotoxic T Lymphocytes (CTL), etc., that work together to defend the body against attacks by "foreign" or "non-self" invaders including cancer cells. Immediately after a cancer cell is recognized, the Lymphocytes and/or the NK cells attack the cancer cell to kill it. When the<unk>  system is weaker then cancer evolves as a disease and starts growing. Each type of cancer needs a specific combination of treatments aimed at that particular kind of cancer. When the extent of spread of cancer is deep, total removal of the cancer growth by surgery may not be possible. At times, after surgical removal of a part of the cancer, radiotherapy and/or chemotherapy may be necessary to treat the remnant portion of cancer. It is widely known that Chemotherapy has profound toxic side effects and has limitations in efficacy. Radiotherapy is also a very effective mode of treatment in certain types of cancer, but it has its own adverse effects as well. These two modalities affect not only the cancer affected cells, but also the normal cells Now in AIET, specific types of cells mainly the NK cells and T lymphocytes are isolated from the peripheral blood of the cancer patients (during remission in patients who undergo chemotherapy) by proven methods, expanded to 25–30 fold and activated and then reinfused back into the patient’s body. These cells act against the cancer cells effectively and recharge the<unk>  system. Upon encountering a tumor cell, the activated NK cell attaches to the membrane of the cancer cell and injects toxic granules which dissolve the target cell. In less than five minutes, the cancer cell dies and the NK cell moves on to its next target cancer cell. A single NK cell can destroy up to 27 cancer cells within its lifespan. This is the mechanism by which AIET is effective in cancer therapy.
Autologous immune enhancement therapy
T cell receptor T cell therapy
Stem-cell therapy
Thymus transplantation
Donor lymphocyte infusion
Syngeneic stem cell transplantation
Chemoimmunotherapy
Active immunotherapy