Areas of Expertise and Treatments
CyberKnife uses robotic image-guided technology to deliver highly focused radiation to selected cranial and extracranial tumours.
MR-LINAC combines MRI imaging with radiation delivery to support real-time tumour visualisation and adaptive treatment planning.
SRS delivers highly focused radiation to small and well-defined targets, particularly selected brain and spinal lesions.
SBRT delivers highly precise radiation over a limited number of sessions for selected tumours outside the brain.
IMRT adjusts radiation intensity across multiple treatment beams to deliver a conformal dose while reducing exposure to nearby healthy tissues.
IGRT uses imaging during treatment to confirm tumour position and improve radiation delivery accuracy.
VMAT delivers modulated radiation while the treatment machine rotates around the patient, allowing efficient and highly conformal therapy.
Precision radiation treatment for brain tumours may include SRS or other advanced techniques depending on tumour size, location and diagnosis.
Focused radiation may be used for selected spinal tumours while carefully limiting radiation exposure to the spinal cord and surrounding tissues.
SBRT and other precision radiotherapy techniques may be considered for selected lung cancers depending on disease stage and location.
Highly focused radiation may be used for selected liver tumours when clinically appropriate.
Prostate cancer radiotherapy may involve advanced external beam techniques or brachytherapy depending on disease characteristics.
Breast cancer radiotherapy may be delivered after breast-conserving surgery or mastectomy according to tumour stage and recurrence risk.
SBRT may be considered for selected patients with a limited number of metastatic sites to provide highly focused local treatment.
Brachytherapy places a radiation source within or close to the tumour to deliver a concentrated dose while limiting radiation to surrounding tissues.