Showing 1–20 of 140 hospitals

1 P.D. Hinduja National Hospital And Medical Research Centre
Andheri (E), Mumbai

4 Kokilaben Dhirubhai Ambani Hospital
Andheri West

5 Wockhardt Hospitals
Near Agripada Police Station,Mumbai Central (E),

7 Jaslok Hospital & Research Centre
Pedder Road, Mumbai

9 Apollo Spectra Hospitals,Chembur
Chembur, Mumbai

10 Bhatia Hospital
Bhatia Hospital Tardeo Road, Mumbai

12 Action Cancer Hospital
Paschim Vihar, New Delhi

13 Sir Ganga Ram Hospital
Rajinder Nagar New Delhi

14 Vps Rockland Hospitals
Katwaria Sarai. New Delhi
15 Max Super Speciality Hospital
Press Enclave Road Saket, 110017 New Delhi

16 Sant Parmanand Hospital
Sham Nath Marg Civil lines, Delhi
17 Institute Of Liver & Biliary Sciences
Vasant Kunj, New Delhi
Showing 20 of 140
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Intensity Modulated Radiation Therapy in India at a glance
MapHospitals lists 140 hospitals offering Intensity Modulated Radiation Therapy in India.
Hospitals to compare first: Dr Vijay Koduru, Neocare Hospital and Jaslok Hospital & Research Centre.
Besides English, staff at some of these hospitals speak Hindi and Telugu.
Estimated costs in India
- Chemotherapy (per cycle) $300–$1,500
- Radiation Therapy (full course) $3,000–$10,000
Estimates from the MapHospitals cost estimator. Final prices depend on the hospital, the doctor and your case.
Frequently Asked Questions
About Intensity Modulated Radiation Therapy Treatment in India
Intensity Modulated Radiation Therapy
IMRT - Intensity-modulated radiation therapy is an advanced mode of high-precision radiotherapy which uses computer-controlled linear accelerators in order to deliver the precise radiation doses to an infectious tumor or just particular areas within the tumor. This therapy also allows for the radiation dose to observe more precisely to the 3D shape of the tumor by controlling or modulating the intensity of the beam in several small volumes.
Intensity Modulated Radiation Therapy also allows higher radiation doses to be focused to the regions within a patient’s tumor while minimizing the dose to the normal critical structures around. IMRT is carefully planned by using 3D CT or MRI images of the patient in the conjunction with the calculations that are computerized dose to find the dose intensity pattern which will best conform the tumor shape. The combinations of multiple intensity-modulated fields from various beam directions will produce a custom tailored radiation dose which maximizes the tumor dose while minimizing the dose to adjacent normal tissues.
IMRT has the potential to reduce the treatment toxicity, even when doses aren’t increased. Because of its complexity, IMRT requires a slightly longer daily treatment times as well as an additional planning and safety checks prior the patient can start treatment.
At present this therapy is being used most extensively in order to treat head and neck, prostate, and central nervous system cancers. It has also been used in limited situations for treating thyroid, lung, breast, as well as in gynecologic malignancies, gastrointestinal, and certain types of sarcomas. Intensity Modulated Radiation Therapy may also be beneficial to treat pediatric malignancies.







