Nuclear Medicine & Molecular Imaging

Gamma Camera:

The Gamma Camera stands as a crucial component in nuclear medicine, providing invaluable insights into the internal functioning of the human body. Introduced as a medical imaging device, the Gamma Camera captures gamma rays emitted by a radioactive tracer injected into the patient. This non-invasive technique allows medical professionals to visualize and analyze the distribution of the radioactive material within various organs and tissues. These devices provide detailed functional and quantitative images of the involved organs in patients.

We possess an advanced Siemens Symbia Evo Excel gamma camera equipped with a dual-head configuration.

Unlike traditional therapies, nuclear medicine therapy directly addresses the underlying physiological or molecular processes within the body. One notable example is radioiodine therapy for thyroid conditions.

In this approach, a radioactive isotope is administered to the patient, either orally or intravenously, and selectively accumulates in the targeted tissues. The emitted radiation then works to destroy or modify the abnormal cells, such as cancerous or overactive thyroid cells. This tailored approach minimizes damage to surrounding healthy tissues.

• I-131 therapy for hyperthyroidism
• I -131 therapy for thyroid cancer
• Bone pain palliation Therapy using Phosphorus – 32, Strontium – 89, Samarium – 153.
• I – 131 MIBG Therapy
• Radiation Synovectomy
• Lutetium 177 based therapies for prostrate cancer & neuroendocrine tumours