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SURYA.co.id – Scientists have managed to create the world's first colorful 3D X-ray, and the results are fantastic. The image of the scanner is very clear inside the human body.
The researchers hope that with this 3D radiography, 3D radiography will improve accuracy in the diagnosis of the disease
"The high resolution and very reliable images of the scanner make it an ideal tool.
CERN, the New Zealand company that developed the bioimaging scanner capable of producing the colorful image.
The CERN Aurelie Pezous parties declared: "It is satisfying to see the results of our work that can"
Professor Phil Butler of the University of Canterbury, New Zealand, explains that the 3D radiography is able to obtain images that can not be obtained by other imaging devices
. Cancer badysis, and bone and joint health, the diagnosis will be more accurate for a personalized treatment n
This color 3D x-ray allows doctors to identify markers of diseases, such as Increased levels of fat and calcium, say the scientists.
Meanwhile, Professor Giovanni Mandarano, expert in medical imaging at Deakin University, explains: -X is actually a photon, or a small packet of energy (called ionizing radiation) and is part of the electromagnetic spectrum (as well as the display of light, microwaves and radio waves).
When X-rays pbad through human tissue, X- it can be absorbed and deflected by solid tissue structures such as bone and not get out of the body.
Other X photons may find less dense tissues (such as muscles) and be able to transmit them quite easily out of the body
. The outgoing X-ray photon reaches a receiver or digital imaging detector where it provides a network density model for digital receivers to convert into familiar x-ray (or x-ray) images
Solid tissues such as bones which have been attenuated by rays, X-rays appear full or white, less dense tissues such as air-filled lungs appear less dense or darkness, which we observe with rays. X.
Other tissues in the human body have a density between these two extremes and appear on radiographic images as a different gray color.
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