Cancer is DNA damage and the ability for the cell not to stop replicating, once this is done, they can metastasis and go throughout the body. Radiation goes on the fact that cancer cells because they have no machinery to stop there cell cycle they are more susceptible to DNA damage. It can also make the cancer more difficult to treatment by having resistance by mutability to therapeutic drugs, this is because the tumor is so heterogenous.
Some cancers are treated with radiation.
Most Stage II and Stage III rectal cancers are treated with radiation and possibly chemotherapy prior to surgery
40% of all cancers are treated with surgery alone. In 55% of cases, surgery is combined with other treatments--usually radiation therapy or chemotherapy.
Polonium is not used for the treatment of cancers. Radium is used to treat bone cancers.
Most often it is used following surgery or radiation treatment. Stages IIB, III, IV, and recurrent cervical cancers usually are treated with a combination of external and internal radiation and chemotherapy.
Cancers of the epithelium are carcinomas that originate from epithelial cells, which are found in the skin, lining of organs, and glands. Common examples include breast, lung, prostate, and colon carcinomas. These cancers are typically treated with a combination of surgery, chemotherapy, and radiation therapy.
Most cancers can be treated with a mixture of chemotherapy, radiation treatments, and/or surgery. www.webmd.com would be a good place to look for more detailed answers.
Radiation can cure almost all cancers only at their very earlystages when the amount of cancer cells is very small and they have still not entered the blood stream.
Liver cancer is treated the same way most other cancers are treated, which usually includes radiation and/or chemotherapy. Sometimes prescription medications can help alleviate symptoms or discomfort.
There is no doubt that ionizing radiation can and does cause cancer in humans. Radioactive atoms produce ionizing radiation when they decay and most carcinogens contain some radioactive atoms. This paper presents the case that many cancers are ultimately caused by the ionizing radiation resulting from radioactive decay. This proposition is supported by the observation that the histology of cancers known to be caused by radiation are indistinguishable from the histology of cancers currently not considered to be related to radiation.
Some of the medical machines use radiation and cancer treatments still use radiation as part of killing the cancers.
Cigarette smoke