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New Zealand scientists have made the first-ever three-dimensional (3D) color X-ray of a human body, using a technique that could help improve medical diagnosis, according to CERN's European Physics Laboratory which technology is used.
The new device, based on traditional black-and-white radiography, incorporates the particle tracking technology developed for CERN's large LHC (Large Hadron Collider) particle accelerator. In 2012, he discovered the famous elusive elementary particle, the Higgs Boson.
"Clearer and More Accurate Images." "This color X-ray imaging technique could produce clearer, more accurate images and help doctors provide more accurate diagnoses to their patients," CERN said in a statement. According to CERN, the images clearly show the difference between bone, muscle and cartilage, but also the position and size of cancerous tumors, for example.
Works like a camera. CERN's technology, called Medipix, works like a camera that detects and counts individual subatomic particles when they collide with pixels while their electronic shutter is open. This allows high resolution and high contrast images. Thus, this new imaging tool provides images that no other imaging device can achieve, according to developer Phil Butler of the University of Canterbury, New Zealand.
The Neo Company Zealand's MARS Bioimaging Ltd, markets this 3D scanner, dubbed "Spectral CT". In the coming months, this scanner, equipped with a Medipix reader chip, will be the subject of a first clinical trial on patients in orthopedics and rheumatology in New Zealand, paving the way for a potentially routine use of this device. new generation equipment, according to CERN
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