Purposes of Various Types of Diagnostic Imaging in Beaumont, TX


Until someone needs to have Diagnostic Imaging in Beaumont TX, the names of all the different types of imaging may be a bit bewildering. Most people are at least somewhat familiar with the concept of X-rays from a relatively early age since this is the most common technique. But what about MRIs, CT scans, and ultrasound? All of these tools allow doctors to view the interior of the body, but each has different advantages. Get more information about one particular healthcare facility offering diagnostic imaging services.


Also called radiography, X-rays often are the first line of diagnostics for a broad range of health problems. This type of Diagnostic Imaging in Beaumont TX is standard for viewing bone fractures so doctors can determine how best to treat the injury. Even a tiny compression fracture of a vertebral bone can be identified as the source of substantial back pain after a fall.


In contrast, magnetic resonance imaging is better for viewing soft tissue, including organs. These machines use powerful magnetic fields and radio frequency to create images. One of the disadvantages for the patient regarding traditional MRI equipment is the sense of claustrophobia since the person must lie still inside a tube-like structure. However, newer models of MRIs used at a facility such as Riceland Healthcare are stand-up versions. There is open space in front, and above the patient, so the sense of being fully enclosed is avoided.

CT Scans

Computed tomography scanners are technically X-ray machines, but they work differently than the more conventional radiography equipment. The patient’s body moves through an arc while the scanner takes numerous pictures. This process makes it more effective for viewing organs, the interior of the sinus passages, and other parts of the body.


This technology has become best known for allowing pregnant women to see their unborn babies inside the uterus. The equipment sends sound waves into the body that create pictures. The technology is also useful for detecting abnormalities in the cardiovascular system, including damage after a heart attack. Ultrasound can be used to determine whether a patient has experienced a mild heart attack if the diagnosis is uncertain.