Who invented ct machine

Modern CT scanners still operate according to the basic principle thought up by Godfrey Hounsfield — but they are worlds apart from the early devices in terms of technology. Did this information help you? Thank you. Cancel Send. The test was done using 37, head CT exams, with the results showing that the AI system could diagnose and identify neurological ailments like a stroke quicker than any human radiologist. This development is critical to the improvement of patient care, particularly in alerting physicians to urgent concerns.

Hours could turn into mere seconds as the process is times faster — an advancement that would undoubtedly unburden the hospital staff.

While the research has yet to be concluded, and the AI platform is still pending real-life tests, this study is a prime example of how this technology could work hand in hand with radiologists today.

A CT scan offers a plethora of benefits to those with internal injuries or other kinds of trauma. It can identify bone and joint diseases, such as complicated bone fractures and even tumors. For patients with illnesses like cancer, liver masses, and heart disease, a CT scan guides the doctors into tracking the specific parts afflicted by the ailments. Blood clots and infections can also be easily spotted with the help of this technology.

Doctors can use the results as tools to determine which medications are working and what other treatments could be utilized. Needless to say, CT scans have come a long way since the day Hounsfield introduced them to the world. This brain scanning technology has evolved into one of the most crucial and valuable tools in modern medicine. During its year history, CT has made great improvements in speed, patient comfort, and resolution.

As CT scan times have gotten faster, more anatomy can be scanned in less time. Faster scanning helps to eliminate artifacts from patient motion such as breathing or peristalsis. CT exams are now quicker and more patient-friendly than ever before. Tremendous research and development has been made to provide excellent image quality for diagnostic confidence at the lowest possible x-ray dose. This image is a coarse x matrix; however, in physicians were fascinated by the ability to see the soft tissue structures of the brain, including the black ventricles for the first time enlarged in this patient Courtesy: Siemens Medical Solutions.

Axial CT image of a normal brain using a state-of-the-art CT system and a x matrix image. Note the two black "pea-shaped" ventricles in the middle of the brain and the subtle delineation of gray and white matter Courtesy: Siemens Medical Solutions.