Doctor insights on:
How Risky Is Radiation Therapy
Depends: It depends on what cancer or ailment. Where and how much radiation is given dictates how risky it is. Radiation oncologists have the knowledge of consenting the patient and giving all the risks and complications so the patient makes an informed decision. Everyday many patients are taking radiation treatments and the risks are considered low and reasonable. ...Read moreSee 1 more doctor answer
This is light of extremely short wavelengths typically produced either among the stars / in cosmic rays or by radioactive element decay. Gamma rays form the background of normal radiation in which we all live; it is substantially greater than the exposure we get from imaging scans or should get from ...Read more
To cure some: Cancers (vocal cord, cervix, prostate etc), preserve organs and their functions (sarcoma, h&n, breast, rectums), partner with other treatments to improve risk or prevent recurrence (lymphoma, lung cancer, prophylactic cranial irradiation in small cell). And relieve symptoms to palliate metastasis. ...Read moreSee 1 more doctor answer
Tech + Pro: The equipment and those that run it and plan your treatment and deliver it daily are covered as a medicare technical charge. The doctor the perscibes and monitors is a second aspect. Together technical and professional charges. Each have cpt - codes for charges. The tech charge pays salaries and depreciation costs for equipment. Doc fees for their expertise. ...Read moreSee 2 more doctor answers
Radiation therapy: Is the use of x-rays to treat cancer. Radiation works by damaging the dna of dividing cells. Since cancer is uncontrolled cell growth, radiation is more effective on cancer cells than normal cells. Radiation has been used for cancer treatment since the late 1800s. It's use depends on cancer location, type, and stage. Unlike chemotherapy, it is a local treatment that only effects the area treated. ...Read moreSee 1 more doctor answer
Your question is: Impossibly broad. Radiation effects normal tissue function passaged by entry and exit beams, but these vary with the disease treated, region of the body, dose/treatment, total dose, area/volume treated. If the organ is not in the treatment field, it will not be affected. ...Read moreSee 1 more doctor answer
0-7 weeks.: The most common method for treating breast cancer is external beam rt ("outside-in") given over 7 weeks; this can be accelerated over 4 weeks in some settings. Brachytherapy is an option for some patients, where the rt is given from the "inside-out" over 5 days. A handful of centers are now offering intraoperative rt, popularized in europe, where the rt is given over minutes during lumpectomy. ...Read moreSee 2 more doctor answers
No and Yes: Radiation therapy slows or stops cell growth. The goal is of course to kill cancer cells and they don't grow and die. However if you look up the four r's of radiation biology. The last one is repoplulation in which during fractionated radiation cells increase growth to repopulate. Luckily we see this more often in the good cells but unfortunately in some cases resistant cancer cells. ...Read moreSee 1 more doctor answer
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