Linked from

The 76 pages that link to Radiation therapy, each with the reason it gives.

• ChemotherapyCompared with: It delivers damage to a targeted area, while chemotherapy drugs circulate through the body.

• CisplatinCompared with: Unlike cisplatin’s chemical DNA lesions, radiation produces damage through ionizing energy.

• Nuclear medicineCompared with: External-beam radiation therapy contrasts with nuclear medicine's internally administered radioactive agents.

• ImmunotherapyCompared with: Radiation directly damages cells, though it can also interact with immune-based treatment.

• Targeted therapyCompared with: It targets a treated area physically rather than selecting a molecular drug target.

• Cancer immunotherapyCompared with: It targets tissue locally, although it can also alter immune responses.

• Photodynamic therapyCompared with: It can treat deep tumors without requiring a photosensitizer or direct access for light.

• RadiologyCompared with: Unlike diagnostic imaging, it uses radiation primarily to treat rather than visualize disease.

• Alkylating agentCompared with: Radiation creates DNA damage through energy deposition rather than chemical alkyl transfer.

• PhototherapyCompared with: It treats disease with ionizing radiation rather than the nonionizing light used in most phototherapy.

• ChondrosarcomaCompared with: Conventional chondrosarcoma often responds poorly to radiation, though selected cases may benefit.

• Li–Fraumeni syndromeCompared with: Concern about secondary malignancies can affect decisions about radiation-based treatment.

• Sjögren's diseaseCompared with: Radiation to the head or neck can reduce saliva and mimic gland-related symptoms without autoimmunity.