GE Healthcare announced on May 19 that MAGiC, the industry's first multi-contrast quantitative mapping magnetic resonance imaging technology, was officially launched in China. This technology enables 10 different contrasts and 5 different quantitative maps in one scan. Traditionally, a scan of more than 20 minutes can be completed in about 2 minutes and 30 seconds, and the doctor can adjust the image more flexibly and retrospectively. Get more valuable quantitative image data to help doctors make better clinical decisions while expanding the possibilities of more disease research.
Beijing Hospital joined hands with Tencent Yingying and GE Medical Magnetic Resonance Products to establish the "Medical Magnetic Resonance Imaging Artificial Intelligence Alliance"
MAGiC quantitative mapping technology, for the first time, realizes the transformation of magnetic resonance images from conventional grayscale maps to tissue quantitative maps, and pure quantitative data can be obtained. MAGiC technology can get a variety of different contrast images in one scan, including T1, T2, T1 FLAIR, T2 FLAIR, STIR, DIR (double flip), phase sensitive flip recovery images and proton density weighted images, beyond the quality of conventional MR images. Provides more contrast image information. At the operational level, the MR scan is brought into the post-parameter imaging era for the first time, and the operator can scan without any parameter adjustment. After the scan is completed, the contrast can be dynamically adjusted according to specific needs. MAGiC technology is currently on the latest and highest-end 3.0T Pioneer platform from GE. It takes only 2 minutes and a half to scan a full brain quantitative map.
The staff is explaining the quantitative mapping magnetic resonance imaging technology MAGiC
Howard Rowley, MD, professor of radiology, neurology and neurosurgery at the University of Wisconsin-Madison, and director of the American Society of Neuroradiology, said: "MAGiC can provide a higher level of therapeutic efficiency and organization, and flexibility in post-processing. Originating from a variety of key image sequences covering different tissue contrasts in a single scan, this is a breakthrough achievement that allows doctors to take advantage of changes in image contrast to obtain more valuable decision information. At the same time, due to the reduced scan time, this pair Significant progress is being made in speeding up brain treatment and improving patient comfort."
In addition, MAGiC can generate quantitative maps for further tissue analysis, which is the key to achieving accurate images. Measuring T1, T2 relaxation time and PD proton density values ​​can provide clinicians with more decision support information, insight into disease changes, and more accurate diagnosis.
Director Chen Min of the Department of Radiology of Beijing Hospital has been conducting research on magnetic resonance nerve scanning to explore early detection and prediction of senile diseases such as Alzheimer's disease. This time, Beijing Hospital joined hands with Tencent Yingying and GE Medical Magnetic Resonance Products to establish the “Medical Magnetic Resonance Imaging Artificial Intelligence Alliance†to jointly carry out multi-center cooperation projects, using MAGiC quantitative mapping imaging technology and artificial intelligence deep learning algorithm to conduct human Clinical research on neurodegenerative diseases and tumors has deepened the study of aging diseases through the application of big data and deep learning techniques. Director Chen said: "Neural scans account for about 30% of all magnetic resonance scans. The innovation brought by MAGiC technology will improve the way doctors perform nerve scans and diagnoses. Quantitative maps can not only look at morphology, but also have quantitative standards, combined with artificial Intelligent, this data is very helpful for early detection of pathological abnormalities in the brain."
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