The main scooby dooby on this is that the bioligical damage done to some kinds of cells by exposure to radiation is greater than others. And we frequently see that cancer cells will "take more hits" and die if irradiated than many kinds of "regular" cells will. Radiation (either electromagnetic or particulate) causes ionization in tissue when it is of sufficient energy. A microwave oven will not cause this, but higher energy electromagnetic waves will cause it. So will particulate radiation. The chemical bonds that hold DNA together can be broken by ionizing radiation, and this kind of damage is difficult (if not impossible) for the cell to repair. If we can damage a large number of cancer cells with a minimum of damage to surrounding tissue, radiation therapy can be prescribed for the treatment of some kinds of malignant neoplasms.
Depends on the cancer, and it's location. Some are treated by surgery, some by chemotherapy, some by radiation therapy.
not really, it depends on the level of exposure, some parts of the body are more sensitive to radiation than other parts, for example the thyroid, which can be protected by taking potassium iodide
The radiation itself is not the cure. Radioactive radiation is dangerous and kills cells and potentially causes cancer. The radiation is used to kill the cells comprising the cancer (and some of the cells round the cancer). The treatment is very brutal (it makes the patient very ill for a time) but, where the cancer can not be cut out surgically the radiation beams can sometimes be used and in this case, while using them is dangerous, their use can be beneficial in the long run.
Yes, this is true as there are diforant types of cancer. Some are more dangerous than others. I hope this makes you understand, thanks!
Carcinogens are cancer-causing things, including some chemicals and some types of radiation. The risk for their causing cancer can be brought about by smoking, by exposure to ultraviolet radiation, nuclear radiation, or to a wide range of toxic substances.
Radiotherapy could also be utilized in the first stages of cancer or after it's beginning to spread.It can be used to:try to cure cancer completely.make other treatments simpler – for instance, it is often combined with chemotherapy or used before surgery.reduce the danger of cancer returning after surgery.relieve indications if a cure isn't possible.Radiotherapy for cancer is usually considered the foremost effective cancer treatment after surgery, but how well it works varies from person to person.
Radioactivity is indeed used to treat some types of cancer. Electron beams are used for surface cancers due to their lower energy. Proton beams and neutron beams are used to treat other hard to reach cancers. Carbon ion radiation is also sometimes used.
it can cure some kinds of cancer
There are many different types of cancers with different pathologies, growth rates and treatments. Common cancer treatment therapies include chemo therapy, radiation therapy, surgery and more.
You consult a doctor, who will run tests and tell you if you have cancer. If you have some types of cancer they will remove the tissues involved. There is also chemotherapy and radiation treatments which can be suggested by a doctor as well.
not at this point in time, but some doctors claim that they may have found cures for other types of health concerns.
there are 15 types of cancer like skin cancer,lung cancer and leg cancer. you can also get cancer in your bones