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  Radiation treatment uses high-energy particles, such as x-rays, gamma rays, electrons, or protons, to kill or damage cancer cells. Typically, your cells multiply and reproduce to form new ones. However, cancer cells replicate and divide more rapidly than most normal cells. news In addition, radioactive particles break up DNA in cells. As a result, cancer cells cannot divide or grow, so they die. Radioactive particles can also affect nearby healthy cells, but most recover and resume normal functions. Unlike chemotherapy and other cancer-fighting treatments taken orally or by injection, radiation therapy usually treats a localized area only find . In other words, it focuses on and treats only the parts of the body that need treatment. Therefore, it is crucial to plan radiation treatments to damage cancer cells with the most negligible impact on nearby healthy cells. In systemic radiation therapy, radioactive substances are injected or taken orally. Although this type of ra

  Radiation treatment uses high-energy particles, such as x-rays, gamma rays, electrons, or protons, to kill or damage cancer cells. Typically, your cells multiply and reproduce to form new ones. However, cancer cells replicate and divide more rapidly than most normal business cells. In addition, radioactive particles break up DNA in cells. As a result, cancer cells cannot divide or grow, so they die. Radioactive particles can also affect nearby healthy cells, but most recover and resume normal functions. Unlike chemotherapy and other cancer-fighting treatments taken orally or by injection, radiation therapy usually treats a localized area only. In other words, it focuses on and treats only the parts of the body that need treatment. Therefore, it is crucial to plan radiation treatments to damage cancer cells with the most negligible impact on nearby healthy cells. In systemic radiation therapy, radioactive substances are injected or taken orally. Although this type of radiat