Nuclear Medicine
Nuclear medicine uses small amounts of carefully selected tracer and special cameras to show how organs and tissues are functioning. It is especially useful when doctors need answers about blood flow, drainage, organ performance, infection, inflammation, or cancer activity.
A bone scan is a nuclear medicine test that helps doctors look for changes in bone activity. It is often used for unexplained bone pain, infection, fractures, or to check whether cancer has spread to the bones.
A gastric emptying study is a nuclear medicine test that shows how quickly or slowly food moves through your stomach. It is often used when doctors suspect delayed or rapid stomach emptying.
A HIDA scan is a nuclear medicine test that helps doctors see how bile moves through the liver, gallbladder, bile ducts, and small intestine. It is often used to evaluate gallbladder function and some types of biliary blockage or leak.
A MUGA scan is a nuclear medicine heart test that measures how well your heart pumps blood. It is often used to assess ejection fraction, especially when doctors want to monitor heart function closely.
Nuclear medicine uses tiny amounts of radioactive tracer and special cameras to show how organs and tissues are working. It helps doctors answer questions that ordinary X-rays, ultrasound, CT, or MRI may not answer on their own.
An octreotide scan uses a radioactive tracer that binds to somatostatin receptors — receptors found on neuroendocrine tumours. It helps locate, stage, and monitor tumours like carcinoid, pancreatic NETs, and paragangliomas.
A parathyroid scan is a nuclear medicine study used to help locate overactive parathyroid gland tissue. It is often used when surgery is being planned for hyperparathyroidism.
PET-CT combines nuclear medicine and CT imaging to show both how tissues are working and where abnormal activity is located in the body. It is commonly used in cancer, and in selected heart and brain conditions.