The radiotherapy department at B.K.L.Walawalkar Hospital provides a complete cancer care under same roof with the state of art technology, providing a great relief to cancer patients of Konkan area
To deliver state-of-the-art highest quality precision radiation oncology treatment services to all oncological patients
1.External Beam Radiotherapy
I) IMRT- Intensity Modulated Radiation Therapy
II) VMAT – Volumetric Modulated Arc Therapy
III) IGRT – Image Guided Radiation Therapy
IV) 3D CRT- Three – Dimensional Conformal Radiation Therapy
2.Brachytherapy
I) ICRT – Intra cavitary Radiation Therapy
II) ILRT – Intraluminal Radiation Therapy
III) Interstitial Brachytherapy
IV) Mould Brachytherapy
A medical linear accelerator (LINAC) customizes high energy x-rays or electrons to conform to a tumor’s shape and destroy cancer cells while sparing surrounding normal tissue. It features several built-in safety measures to ensure that it will deliver the dose as prescribed and is routinely checked by a medical physicist to ensure it is working properly.
Make and Model:-Bhabhatron-II
Radioisotope used: – CO-60
Type of radiations: – Gamma
Energy : – 1.25 MeV
Here the source is placed at a particular distance from the surface of the patient or from the centre of the tumour.(ie.isocentre). Doubly encapsulated source of CO-60 (dimensions: 2cm dia, 3cm long) is placed inside the treatment of the unit, which is made up of tons of lead or depleted Uranium. During the treatment the source will come into the ‘ON’ position with the help of shutter mechanism, and after the treatment it will returns to the safe position. It can be used for ALL TYPES OF CANCERS
Make and Model:- Nucletron Microselectron HDR remote after loader
Radioisotope used:- Ir-192
Type of radiations: – Beta
It is a procedure of placing radioactive material near or inside the diseased tissue as means to administer high doses of radiation. The primary advantage of internal radiation placed within the tumor is its ability to deliver a high radiation dose to the tumour, while limiting the radiation that the normal tissue receives. Here a single tiny source of size 1mm×3mm is laser welded to the end of a thin flexible stainless steel cable. This source is housed in a device called remote after loader. The computer guided after loader directs the source through a ‘transfer tube’ into the treatment catheter/applicator that has been placed in the patient by radiation Oncologist.
Based on the location tumour extend and other factors, Radiation Oncologist will decide which type of implant the patient requires.
These are of three types.
An X-ray machine called ‘Simulator’ is used to plan radiotherapy treatment. It is called a simulator because it is like (simulates) a radiotherapy machine, but does not give the treatment. Simulation is a planning procedure used to determine the type of fields, energy of the beam, and angles of radiation beam. With the help of C.T.simulator Konkan people will have proper treatment planning which they would get at TMH or other centres
Department of Radiation Oncology facilities were inaugurated on 2008 in the presence of Dr. Anil Kakodkar Ex Chairmen A.E.R.B at B.K.L Walawalkar Hospital, Diagnostic and Research Centre started with Tele cobalt, Brachytherapy and CT Simulator. Subsequently, Linear Accelerator facilities were inaugurated on 10th October 2022 in the presence of Director Tata Memorial Centre, Mumbai Padmashree Dr. Rajendra Badwe
| Department / Service | Oncology OPD |
| Days & Timing | Tuesday to Sunday, 10:00 am to 2:00 pm |
| Contact Details | 8850155375 |
Dormitory is available for poor patients free of cost. The majority of patients coming to Hospital for surgery or postsurgical treatment (radiotherapy, chemotherapy, etc) need a place to stay while undergoing treatment. Anyone who has
had to look for accommodation in this rural area knows what an impossible task it can be. And these people are poor, often
illiterate, and ill. BKLW Hospital attempts to fill each family’s needs.
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