Sagittal Cube T2 FLAIR and coronal MPR with HyperSense 1 x 1.1 x 1.2 mm 3:30 min.
The AIR™ 48ch Head Coil, available on all 3.0T GE MR scanners, provides excellent SNR and uniformity as demonstrated in a patient with Multiple Sclerosis (above). Cervical spine imaging with FSE Flex and carotid. Images courtesy of RNR, Zurich, Switzerland
Sagittal Cube T2 FLAIR and coronal MPR with HyperSense 1 x 1.1 x 1.2 mm 3:30 min.
The AIR™ 48ch Head Coil, available on all 3.0T GE MR scanners, provides excellent SNR and uniformity as demonstrated in a patient with Multiple Sclerosis (above). Cervical spine imaging with FSE Flex and carotid. Images courtesy of RNR, Zurich, Switzerland
The AIR™ 48ch Head Coil, available on all 3.0T GE MR scanners, provides excellent SNR and uniformity as demonstrated in a patient with Multiple Sclerosis (above). Cervical spine imaging with FSE Flex and carotid. Images courtesy of RNR, Zurich, Switzerland
Sagittal T2 FSE 0.7 x 0.8 x 3 mm
The AIR™ 48ch Head Coil, available on all 3.0T GE MR scanners, provides excellent SNR and uniformity as demonstrated in a patient with Multiple Sclerosis. Cervical spine imaging with FSE Flex and carotid (above). Images courtesy of RNR, Zurich, Switzerland
Sagittal T2 FSE Flex 0.9 x 0.9 x 3 mm The AIR™ 48ch Head Coil, available on all 3.0T GE MR scanners, provides excellent SNR and uniformity as demonstrated in a patient with Multiple Sclerosis. Cervical spine imaging with FSE Flex and carotid (above). Images courtesy of RNR, Zurich, Switzerland
ceMRA 0.9 x 0.9 x 1.2 mm The AIR™ 48ch Head Coil, available on all 3.0T GE MR scanners, provides excellent SNR and uniformity as demonstrated in a patient with Multiple Sclerosis. Cervical spine imaging with FSE Flex and carotid (above). Images courtesy of RNR, Zurich, Switzerland
3 plane localizer Using a deep-learning algorithm trained on tens of thousands of images, AIR x™ revolutionizes the workflow for brain exams. It automatically prescribes slices to help drive consistency and reproducibility regardless of user, patient age, pathology or patient position in the magnet. Images courtesy of RNR, Zurich, Switzerland
Using a deep-learning algorithm trained on tens of thousands of images, AIR x™ revolutionizes the workflow for brain exams. It automatically prescribes slices to help drive consistency and reproducibility regardless of user, patient age, pathology or patient position in the magnet. Images courtesy of RNR, Zurich, Switzerland
3 plane localizer Using a deep-learning algorithm trained on tens of thousands of images, AIR x™ revolutionizes the workflow for brain exams. It automatically prescribes slices to help drive consistency and reproducibility regardless of user, patient age, pathology or patient position in the magnet. Images courtesy of RNR, Zurich, Switzerland
Using a deep-learning algorithm trained on tens of thousands of images, AIR x™ revolutionizes the workflow for brain exams. It automatically prescribes slices to help drive consistency and reproducibility regardless of user, patient age, pathology or patient position in the magnet. Images courtesy of RNR, Zurich, Switzerland
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SPOTLIGHT

SIGNA™Works AIR™ Edition gallery: Neuroimaging

All images in this gallery were acquired using AIR™
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Sagittal Cube T2 FLAIR and coronal MPR with HyperSense 1 x 1.1 x 1.2 mm 3:30 min.
The AIR™ 48ch Head Coil, available on all 3.0T GE MR scanners, provides excellent SNR and uniformity as demonstrated in a patient with Multiple Sclerosis (above). Cervical spine imaging with FSE Flex and carotid (images below).
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Sagittal T2 FSE 0.7 x 0.8 x 3 mm
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Sagittal T2 FSE Flex 0.9 x 0.9 x 3 mm
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ceMRA 0.9 x 0.9 x 1.2 mm
Images courtesy of RNR, Zurich, Switzerland
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3 plane localizer
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3 plane localizer
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Using a deep-learning algorithm trained on tens of thousands of images, AIR x™ revolutionizes the work  ow for brain exams. It automatically prescribes slices to help drive consistency and reproducibility regardless of user, patient age, pathology or patient position in the magnet. Images courtesy of RNR, Zurich, Switzerland
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