Areas of Expertise and Treatments
IMRT adjusts the intensity of radiation beams to deliver a conformal dose to the tumor while reducing radiation exposure to surrounding healthy structures.
IGRT uses imaging during treatment to verify tumor position and improve the accuracy of radiation delivery.
VMAT delivers radiation while the treatment machine rotates around the patient, allowing highly conformal treatment with efficient dose delivery.
SRS delivers highly focused radiation to small and precisely defined targets in the brain or other selected anatomical regions.
SBRT delivers highly focused radiation doses to selected tumors in the body over a limited number of treatment sessions.
Functional radiosurgery uses highly precise radiation techniques for selected functional neurological conditions and carefully defined targets.
Image-guided brachytherapy uses imaging to accurately position internal radiation sources close to the tumor while protecting nearby organs.
Interstitial brachytherapy places radiation applicators directly within or around the tumor to deliver a concentrated local radiation dose.
Hypofractionated radiotherapy delivers a higher radiation dose per session over fewer treatments and is used for selected breast cancer patients.
Radiotherapy for prostate cancer uses precision planning techniques to target the prostate while reducing exposure to nearby organs.
Motion-managed radiotherapy accounts for tumor movement caused by breathing and can improve treatment precision for selected lung cancers.
Precision radiation techniques such as SRS may be used for selected benign and malignant brain tumors depending on size, location and clinical indication.
Stereotactic radiation can be used for selected spinal tumors and metastases to deliver focused treatment while protecting nearby neurological structures.
Advanced radiotherapy for head and neck cancers aims to treat the tumor while minimising radiation to critical structures involved in swallowing, speech and salivary function.