Top Bone scan Doctors in India

Common indications for a bone scan include suspected bone fractures, bone infections, bone tumours, metastatic cancer evaluation, evaluation of bone health in osteoporosis or arthritis, and assessment of bone healing after fractures or surgeries.

During a bone scan, a small amount of radioactive substance is injected into the bloodstream. This substance travels to the bones and emits gamma rays. A special camera known as a gamma camera detects these rays and creates images that show areas of abnormal bone activity.

The two main types of bone scans are the technetium-99m bone scan and the positron emission tomography (PET) bone scan. The technetium-99m bone scan is more commonly used and provides detailed images of bone metabolism. PET bone scan uses a radioactive tracer and is useful in detecting bone metastases.

No, a bone scan is not painful. The injection of the radioactive substance may cause slight discomfort, similar to any other injection.

The actual bone scan procedure usually takes about 1 to 2 hours. However, there may be a waiting period of a few hours between the injection of the radioactive substance and the scan itself.

Yes, a bone scan can detect bone cancer or bone metastases. It helps identify areas of abnormal bone activity that may indicate the presence of cancerous cells in the bones.

A bone scan can indicate low bone density and assess overall bone health, which is useful in evaluating osteoporosis. However, a definitive diagnosis of osteoporosis is typically made using other specialized tests like dual-energy X-ray absorptiometry (DXA) scan.

Yes, a bone scan can detect bone infections, including osteomyelitis. It helps identify areas of increased bone activity that may indicate infections.

Yes, a bone scan can identify both recent and older fractures. It shows increased bone activity in the area of the fracture, helping to determine the extent and location of the fracture.

Yes, a bone scan can be used to evaluate joint diseases such as arthritis. It helps identify areas of increased bone activity around the joints, indicating inflammation or joint abnormalities.

Yes, a bone scan is commonly used to detect metastatic bone disease. It can identify areas of abnormal bone activity caused by cancer cells that spread to the bones from other parts of the body.

Yes, a bone scan can be performed on children. It is an effective and safe diagnostic tool for assessing bone conditions in pediatric patients.

Generally, it is not recommended to perform a bone scan during pregnancy due to the potential risks of radiation exposure to the developing foetus. The procedure is typically postponed until after pregnancy unless there is a critical medical need.

In most cases, there are no specific dietary restrictions before a bone scan. However, follow any instructions provided by your doctor or the imaging facility.

Certain medications, such as those containing calcium or bismuth, may interfere with the bone scan results. It is important to inform your doctor about any medications you are taking before the scan.

Yes, a bone scan can be performed if you have metal implants or prosthetics. However, inform the imaging facility about any metal objects in your body to ensure accurate interpretation of the scan.

A bone scan can indirectly detect bone loss by assessing overall bone density and activity. However, a DXA scan is preferred for directly measuring bone mineral density and diagnosing osteoporosis.

Yes, a bone scan can assess bone health in athletes, particularly those involved in high-impact sports or at risk of stress fractures. It helps evaluate bone density and detect areas of increased bone activity that may indicate stress fractures or bone abnormalities.

Yes, a bone scan can evaluate bone healing after fractures. It shows areas of increased bone activity, indicating the process of bone repair and healing.

Yes, a bone scan can detect bone abnormalities in individuals with arthritis. It helps identify areas of increased bone activity around the joints, indicating inflammation or joint damage.

Yes, a bone scan can evaluate bone health in individuals with kidney disease, especially if they are at risk of renal osteodystrophy. It helps assess bone metabolism and detect any abnormalities.

Yes, a bone scan can detect bone infections in individuals with diabetes. It helps identify areas of increased bone activity that may indicate infection or complications related to diabetic foot ulcers.

Yes, a bone scan can be performed before joint replacement surgery to assess bone health and identify any areas of abnormal bone activity that may affect the success of the surgery.

Yes, a bone scan can detect bone tumours. It helps identify areas of abnormal bone activity that may indicate the presence of a tumour or bone cancer.

Yes, a bone scan can evaluate bone health in individuals with hyperparathyroidism. It helps assess bone metabolism and detect any abnormalities associated with the condition.

Yes, a bone scan can detect stress fractures. It shows areas of increased bone activity in the affected area, indicating the presence of a stress fracture.

Yes, a bone scan can evaluate bone health in individuals with hormonal disorders such as thyroid dysfunction or parathyroid disorders. It helps assess bone metabolism and detect any abnormalities.

Yes, a bone scan can detect bone abnormalities in individuals with Paget's disease. It helps identify areas of increased bone activity and assess the extent of bone involvement in the disease.

Yes, a bone scan can evaluate bone health in individuals with rheumatoid arthritis. It helps assess joint inflammation, bone erosions, and overall bone activity related to the condition.

Yes, a bone scan can be performed if you have had previous radiation therapy. However, inform the imaging facility about your medical history to ensure an accurate interpretation of the scan.

Yes, a bone scan is commonly used to detect bone metastases in individuals with breast cancer. It helps identify areas of abnormal bone activity, indicating the spread of cancer cells to the bones.

Reviewed by Dr. L. Tomar, Senior Director & Unit Head, Orthopaedics & Joint Replacement, Patparganj on 22-Sep-2023.