Bone scintigraphy is a radionuclide diagnostic method that allows assessment of the condition of bone tissue and detection of inflammatory, degenerative, oncological, and traumatic changes. The examination is performed with the administration of a radiopharmaceutical agent that accumulates in the bones and is subsequently detected by a gamma camera.
When is bone scintigraphy required?
In cases of suspected bone metastases, osteomyelitis, osteoporosis, arthritis, and Paget’s disease. For the diagnosis of inflammatory processes and fractures that are not visible on X-ray imaging. For detection of degenerative changes in osteoarthritis, traumatic injuries, and stress fractures. When assessing the effectiveness of tumor treatment and monitoring postoperative status.
How is the examination performed?
A radiopharmaceutical agent is administered intravenously, after which a waiting period of 2–3 hours is required for its distribution within the bone tissue. This is followed by whole-body or regional scanning using a gamma camera. The procedure lasts approximately 30–60 minutes and does not require special preparation.
Main advantages of bone scintigraphy in Belarus
High sensitivity to metabolic changes in bone tissue. The ability to detect pathologies at early stages, before changes become visible on X-ray imaging. Painless procedure, minimal radiation exposure, and detailed visualization of the entire skeleton.
Belarusian medical centers are equipped with modern gamma cameras that ensure accurate diagnosis of bone tissue diseases. Experienced specialists perform the examination with high precision and patient safety.
