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A lung perfusion scan maps blood flow in your lungs using radioactive particles, helping doctors detect pulmonary embolism safely and accurately.

A sestamibi scan locates overactive parathyroid glands by detecting increased tracer uptake, guiding surgeons to the gland causing trouble.

A HIDA scan tracks how bile moves from your liver through the gallbladder and into the intestine, helping diagnose cholecystitis and biliary obstruction.

A myocardial perfusion imaging (MPI) scan shows how blood flows to your heart muscle during stress and rest, helping diagnose coronary artery disease.

Radioligand therapy delivers targeted radiation to cancer cells via specific receptors. Here is what Bangalore patients should know.

FAPI and FDG PET CT target different biology. Understanding the differences helps patients and doctors choose the right scan for each clinical situation.

DTPA and EC kidney scans measure how well each kidney filters blood and drains urine, helping doctors make surgical and treatment decisions with precision.

Exendin PET scan targets GLP-1 receptors to locate insulinomas, rare pancreatic tumours that are often too small for CT or MRI to detect reliably.

CXCR4 PET CT targets a receptor on blood cancer cells, giving physicians a focused way to image lymphoma, myeloma, and leukaemia.

Finished Lu-177 therapy? Here is what to expect during recovery, from radiation precautions and fatigue to follow-up scans and blood tests.