Areas of Expertise and Treatments
PET CT combines functional nuclear imaging with CT imaging and is commonly used for cancer detection, staging, treatment planning and response assessment.
FDG PET CT uses a radioactive glucose tracer to identify areas of increased metabolic activity and is widely used in the evaluation of many cancers.
Ga-68 PSMA PET CT is an advanced molecular imaging technique commonly used for prostate cancer staging, recurrence assessment and treatment planning.
Molecular imaging provides functional information about biological processes within the body and supports accurate diagnosis and personalised treatment planning.
SPECT imaging uses gamma-emitting radiotracers to create three-dimensional functional images for selected nuclear medicine evaluations.
Theranostics combines targeted diagnostic imaging with radionuclide therapy, allowing the same molecular target to guide both diagnosis and treatment.
Radioiodine therapy uses radioactive iodine for the treatment of selected thyroid cancers and certain thyroid-related conditions.
Radionuclide therapy delivers targeted radiation through radiopharmaceuticals designed to accumulate in specific tumour tissues.
Nuclear medicine plays an important role in thyroid cancer diagnosis, follow-up and radioiodine-based treatment for selected patients.
PSMA-based PET CT imaging can help detect primary, recurrent and metastatic prostate cancer in appropriate clinical situations.
Theranostic nuclear medicine techniques can help identify receptor-positive neuroendocrine tumours and guide targeted radionuclide therapy.
Nuclear medicine imaging helps determine the extent and distribution of cancer and supports multidisciplinary treatment decisions.
PET CT and other molecular imaging techniques can help assess metabolic response to cancer treatment and monitor disease progression.
Radiopharmaceutical therapy uses radioactive compounds designed to target specific tissues or tumour cells while limiting radiation exposure to surrounding structures.