Expand pediatric1 MRI beyond brain imaging
A wide range of revolutionary features and applications gives you high-quality, high-resolution images, even in challenging cases. From free-breathing abdominal imaging, extremely short breathholds, to high-resolution DWI – we revolutionize what’s possible.
Our reference in 3T Pediatric MRI
Check out some examples of clinical applications provided by the University Children's Hospital Basel, our international reference center for pediatric MRI.
Advanced coil technology allows excellent anatomical resolution
Head/neck imaging with several fat suppression techniques to choose from
Trendsetting applications for high resolution and fast body imaging
Up to whole-body vessels visualization support therapy planning
Flex coil can be wrapped around an individual hip for focused signal
Improved workflow for fast, high resolution knee imaging
Learn more about the University Children's Hospital Basel's experience
Free-breathing, contrast-enhanced body imaging
Children1, may not be able to hold their breath for contrast-enhanced imaging of the abdomen. StarVIBE2 is robust to motion artifacts and makes free-breathing and contrast-enhanced exams possible.
- Patients can breathe freely throughout the scan
- High-resolution, diagnostic images free from motion artifacts
High-resolution 3D imaging with reduced breath-hold times
Liver imaging can now be performed in 10 seconds. CAIPIRINHA is a parallel imaging data acquisition technique that can be combined with 3D T1 VIBE or 3D Dixon and offers four contrasts (in phase, opposed phase, fat, and water) in a single breath-hold.
- Higher SNR
- Higher PAT factors are enabled with excellent image quality
- Used pattern distribute k-space points more uniformly
- Reduced patient stress by reducing breath-holds
Outstanding diffusion-weighted imaging (DWI)
RESOLVE delivers diffusion-weighted images with high anatomical accuracy enabling better detection and delineation of small lesions in the brain and spine.
- High-quality, high-resolution DWI and DTI for brain and spine
- Reduced susceptibility and blurring artifacts
- Insensitivity to motion-induced phase errors
- Reduced SAR in comparison to TSE-based methods
1The safety of imaging infants under two years of age has not been established.
The responsible physician must evaluate the benefits of the MR examination compared to those of other imaging procedures.
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