Best Radiation Oncology Hospital in Hyderabad

• Asia’s first Varian RapidArc linear accelerator
• Globally Acclaimed Radiation Oncologists
• Board-certified Radiation Physicists
• Highest no. of patients treated with RapidArc
• Expert Panel of the Multidisciplinary Tumour Board
• Effective Treatment with Fewer Radiotherapy Sessions

Advanced Radiation Treatments at Yashoda Hospitals

Our team of highly experienced radiation oncologists delivers personalised, evidence-based treatment plans through a multidisciplinary approach, ensuring an optimal plan even in the most complex cancer cases. Backed by state-of-the-art technologies, we are committed to delivering highly accurate, effective, and patient-centric cancer care while maximising tumour control and preserving healthy tissues. A few of our advanced radiotherapy treatments include the following:

• RapidArc
  The RapidArc linear accelerator has a sophisticated 3D planning system. This technology also enables more effective treatment of tumours in locations that were previously difficult to treat because of the sensitivity of the surrounding tissue to radiation. Other special features improve the accuracy of treatment so that the overall duration of a course of treatment may also be shortened from several weeks to just a few days
• RapidArc + Triple F
  Our flagship technology. Treats most cancers in 1–3 days with sub-millimetre accuracy. Sessions as short as 3 minutes. Conventional radiotherapy takes 25–30 days; Triple F does the same in a fraction of the time, with fewer side effects.
• Rapid Arc & Intensity Modulated Radiosurgery
  Rapid arc technology is a new and advanced form of intensity-modulated radiotherapy which delivers precise treatment in a shorter time. It is many times (5 to 8 times) faster than conventional and helical IMRT techniques.
• Three-dimensional conformal radiation therapy (3D CRT)
  This type of radiotherapy enables a higher dose of radiation to tumour cells, limiting the exposure of healthy tissues. This facilitates better local control and patient outcomes.
• IMRT
  Intensity-Modulated Radiotherapy (IMRT) is a highly advanced form of radiation treatment planning that allows precise shaping of radiation dose to match the tumour while protecting surrounding healthy tissues. IMRT represents an advanced form of 3D conformal radiotherapy with greater precision and control over dose delivery.
• IGRT
  For tumours that move with breathing or organ shifts, IGRT takes real-time images just before each session and adjusts the beam automatically — so moving targets don’t escape treatment.
• SBRT / SABR
  Stereotactic body radiation therapy delivers very high, concentrated doses to small tumours in the body, typically for lung, liver, spine, or prostate cancers with fewer radiation sessions.
• Stereotactic radiosurgery
  SRS is a non-invasive technique used to deliver a single high dose of radiation to a limited, well-defined tumour volume while avoiding normal tissues and critical structures near to it.
• ICRT / Brachytherapy
  Internal radiation places a radioactive source inside the body, close to or within the tumour bed. Used commonly for cervical and uterine cancers, it delivers a high dose directly where it’s needed.
• Intraoperative Radiotherapy (IORT)
  Intraoperative Radiotherapy (IORT) delivers a precise dose of radiation directly to the tumour site during surgery, immediately after tumour removal. By targeting areas at highest risk of residual cancer cells while temporarily moving or shielding nearby healthy tissues, IORT helps improve local tumour control and may reduce the need for additional external radiation treatments in selected patients.