Cardiac scoring is a non-invasive imaging test used to help assess heart health. Other names for this test include coronary calcium CT scan, heart CT calcium scan and coronary artery calcium scan. All refer to the same thing: a quick, painless computed tomography scan used to discover and assess any build-up of calcium, fat and cholesterol, collectively called plaque, in the coronary arteries.

MRI elastography works on the principle that healthy tissues are more elastic than diseased or fibrotic tissues. MRI elastography uses computer assistance to measure how low frequency vibrations move through liver tissue. The imaging procedure generates color-coded maps, identifying softer tissues with warmer colors like red and yellow, and stiffer areas with cooler tones like blue and green. This visual representation aids in quickly identifying abnormal places within the liver for early disease detection, and enables your radiologist and referring clinician to rapidly compare results with previous tests, so even small changes can be easily identified.

stiffer areas with cooler tones like blue and green. This visual representation aids in quickly

identifying abnormal places within the liver for early disease detection, and enables your

radiologist and referring clinician to rapidly compare results with previous tests, so even

small changes can be easily identified.

The thyroid is a small, butterfly-shaped gland located in the neck. The thyroid gland produces three hormones, thyroxine (T4), triiodothyronine (T3) and calcitonin. The main two, T4 and T3, control metabolism, the process of transforming food into energy. When the thyroid produces too much or too little of these hormones, serious symptoms or problems may occur. A thyroid imaging scan is a common procedure indicated for people experiencing certain symptoms and/or clinical indicators.

More and more, digital radiography is being used in place of analog X-ray to examine injuries, organs and structures. Because these two tests are used for the same purposes, you may wonder what the differences are between them. So, here's an overview of both.

With so many imaging centers dotted around Central Florida, it’s easy to surmise that medical imaging plays a major role in modern healthcare. But what is its specific function in the treatment of cancer? Actually, medical imaging is a primary component across every aspect of successful cancer treatment, from cancer discovery to ongoing analysis of disease progression to the monitoring of therapies.

If your doctor or clinician has recommended that your health concern may benefit from MRI scanning, then you likely have questions about what to expect and how to prepare. Here are some of the most common questions patients have regarding MRI preparation.

Dual-energy x-ray absorptiometry (DEXA) is an imaging procedure used to measure the density of your bones. Bone densitometry testing is predominantly performed to assess the risk of osteoporosis, a condition characterized by low bone density, which produces an increased risk of fracture.

Fluoroscopy is an essential imaging technology used to visualize moving images of internal bodily structures for analysis, diagnosis and treatment. Fluoroscopy uses a continuous X-ray beam to create dynamic images that are displayed on a monitor in real-time, creating a sort of X-ray movie of the body’s interior. Fluoroscopy allows your radiologist and referring clinician to observe and even treat various structures and processes within your body.