Areas of Expertise and Treatments
IMRT adjusts the intensity of multiple radiation beams to deliver a precise dose to the tumour while reducing radiation exposure to nearby healthy tissues.
IGRT uses imaging during treatment to confirm tumour position and improve the accuracy of radiation delivery.
VMAT delivers radiation while the treatment machine rotates around the patient, allowing efficient and highly conformal treatment.
SRS delivers highly focused radiation to small, well-defined targets, particularly in selected brain and neurological tumours.
SRT delivers precise radiation over multiple treatment sessions for carefully selected tumours requiring stereotactic accuracy.
SBRT delivers highly focused doses of radiation to selected tumours outside the brain over a limited number of treatment sessions.
Brain tumour radiotherapy uses advanced planning and image guidance to treat selected primary and metastatic brain tumours while protecting surrounding neurological structures.
Radiotherapy for gliomas is planned according to tumour grade, location, surgical findings and overall treatment strategy.
Head and neck radiotherapy uses precision techniques to treat cancer while minimising exposure to structures responsible for swallowing, speech and salivary function.
Breast cancer radiotherapy may be used after breast-conserving surgery or mastectomy according to tumour stage and recurrence risk.
Radiation treatment for gynaecological malignancies may be used alone or alongside surgery and systemic treatment depending on cancer type and stage.
Radiotherapy may form part of multidisciplinary treatment for selected oesophageal, rectal and other gastrointestinal cancers.
Radiation therapy may be used for selected cancers affecting the prostate, bladder and other urological organs.
Pediatric radiation therapy requires careful treatment planning to minimise exposure to developing tissues while treating the tumour effectively.