CT-Scan

Computed Tomography, widely known as a CT scan (or CAT scan), represents a powerful diagnostic tool that provides clinicians with detailed internal views of the human anatomy. This advanced imaging technique is instrumental in identifying various medical conditions, anomalies, and injuries. Unlike traditional X-rays which produce two-dimensional images, a CT scan combines a series of X-ray images taken from numerous angles around your body, using sophisticated computer processing to create comprehensive cross-sectional views. It's important to note that CT scans employ ionizing radiation to achieve these intricate insights. During a CT examination, the patient typically lies comfortably on a motorized table that glides into the center of the doughnut-shaped scanner. Inside the machine, an X-ray tube rotates rapidly, emitting a narrow beam of X-rays that pass through the body. Detectors on the opposite side measure the radiation that exits the body. A powerful computer then takes this vast amount of data from hundreds of different angles and constructs highly detailed slice-like images of bones, soft tissues, and blood vessels. These cross-sectional "slices" can even be digitally assembled to create accurate three-dimensional representations of organs and structures, aiding in precise diagnosis and treatment planning.

Key Advantages of Interventional Radiology for Patients

Interventional Radiology offers significant benefits compared to conventional surgical methods, making it a preferred choice for many patients. These advantages include:

• Significantly shorter recovery periods, often allowing same-day discharge.
• Reduced post-procedure discomfort and pain.
• Avoidance of large incisions, minimizing scarring.
• Lower risk of complications typically associated with open surgeries.
• Precise targeting of diseased areas with minimal disruption to surrounding healthy tissues.
• Effective treatment for a wide range of conditions, including tumors, blockages, and internal bleeding.