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X-rays have been used for years in black and white, which also has its advantages: doctors can quickly detect bone fractures, for example, because High contrast To better identify problems
A company from
New Zealand has now developed a bio-imaging scanner that produces colorful three-dimensional representations of bone, fat and soft tissue. The technology is made possible by the Medipix3 chip, which was originally developed in CERN for use in the Large Hadron Collider. New Atlas reports.
According to the Mars Bioimaging company, which develops technology, jumping is as important as black and white in color photography. Technology Calls Society "
Spectral CT ". The sensor can measure the attenuation of X-ray specific wavelengths as they pbad through certain materials. Special algorithms can then be used to generate the 3D color representations. The results show the inner life of the human body with more precision than previously known.
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X-rays have been kept in black and white for years, and this has its advantages, the doctors For example, high contrasts can quickly detect fractures in the bones, but More detailed images can help better identify other problems.
A Society of
New Zealand has now developed a bio-imaging scanner that produces colorful three-dimensional representations of bone, fat and soft tissue. The technology is made possible by the Medipix3 chip, which was originally developed in CERN for use in the Large Hadron Collider. New Atlas reports.
According to the Mars Bioimaging company, which develops technology, jumping is as important as black and white in color photography. Technology Calls Society "
Spectral CT ". The sensor can measure the attenuation of X-ray specific wavelengths as they pbad through certain materials. Special algorithms can then be used to generate the 3D color representations. The results show the inner life of the human body with more precision than was previously known.
