UNC Health System will integrate the radiation technology into their main campus in Chapel Hill in 2028 to help treat cancer ...
8don MSN
mRNA therapy could protect patients from radiation-induced skin damage caused by cancer treatment
Radiation therapy is highly effective at killing cancer cells, but it often harms healthy skin around the treatment area, a ...
After surgery to decrease the odds of the cancer returning If a person is unable to undergo surgery, for example if their health does not allow it or if the melanoma is in a hard-to-reach place To ...
Radiation therapy is one of the most effective treatments for many kinds of cancer, helping to destroy tumours and save lives. Because these treatments use high‑energy radiation directed at specific ...
Doctors may use radiation therapy to treat benign tumors. Radiation can shrink and eliminate benign growths without doctors having to perform surgery. Benign tumors are noncancerous growths that can ...
If you or a loved one has been diagnosed with prostate cancer, you’re not alone—and you don’t have to wait long to take the next step. Whether you’re newly diagnosed, moving from active surveillance ...
To date, MuReva has raised about $10 million from JumpStart Ventures, University Hospital Ventures, M7 Ace Neo, the venture ...
Doctors sometimes use radiation therapy to treat early stage non-Hodgkin’s lymphoma (NHL). To treat advanced stages, they may recommend radiation therapy alongside other treatments, such as ...
Radiation therapy can treat lung cancer at all stages, easing symptoms, improving precision and minimizing side effects with modern techniques. Radiation therapy is a precise, targeted treatment for ...
One of the most precise forms of radiation treatment is coming to the UNC Health system, officials said Tuesday.
Andrea Barsevick answers the question: 'How to Cut Fatigue from Radiation?' — -- Question: What can I do to reduce fatigue caused by my radiation treatments? Answer: There are two ways that you ...
Radiation therapy (also called radiotherapy) uses high-energy beams or subatomic particles to damage the DNA inside prostate cancer cells. After enough damage, the cells cannot multiply, and they die.
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