Pediatric


Anatomy and pathology. Function. Vascular structures and blood flow dynamics. No other single imaging technique gives you as much comprehensive clinical information for such a diverse group of patients as MR for pediatrics does without radiation, non-invasively. Get the imaging capabilities you need – from prenatal through adolescents.   Related Links

EXCELLENT ACQUISITION TECHNIQUES

PROPELLER 2.0    Cube 
PROPELLER 2.0   Cube
Correct for motion artifacts and enhance tissue contrast without compromising image resolution or prolonging scan time – and clearly visualize even small or subtle lesions without sedation, even in restless kids. 3D isotropic imaging gives you complete information to evaluate the smallest defects. Quickly reformat sub-millimeter-resolution images into any plane.
     
IDEAL    CartiGram 
IDEAL   CartiGram
One acquisition, multiple contrasts. This unique fat/water separation technique delivers uniform fat suppression every time – patient to patient, technologist to technologist. CartiGram is a non-invasive imaging method to assess articular cartilage integrity. Provides the orthopedic surgeon with the information needed to determine best course of treatment.
     
3D Dual Echo   LAVA & LAVA-Flex
3D Dual Echo
   LAVA & LAVA-Flex
The new sequence produces inherently registered, in-phase and out-of-phase images in a single breath-hold – and eliminates inter-slice gaps that could compromise small lesion detection.   LAVA & LAVA-FLEX combines multi-phase imaging with superb fat suppression for MR body imaging as simple as CT.
     
3D COSMIC   2D MERGE
3D COSMIC
   2D MERGE
With 3D Cosmic, you can enhance your visualization of nerve roots and inter-vertebral disks, while maintaining soft-tissue contrast.   2D MERGE generates excellent gray-white matter contrast in the spinal cord without sacrificing SNR.


SURFACE COIL LEADERSHIP

High Density Body Array    High Density Wrist Array 
High Density Body Array   High Density Wrist Array
The HD Body Array, available in 8-Channel and 12-Channel configurations, is a high-density coil design that is optimized for parallel imaging. The result is superior image quality in short scan times.
 The HD Wrist Array is an 8-channel phased-array design that is optimized for parallel imaging.
     
HD Shoulder Array   High Density Knee Array
HD Shoulder Array with Concentric Technology
   High Density Knee Array
With the next generation of HD design, this coil is optimized for off-center imaging with robust fat suppression.
   Tapered to the knee for superb SNR performance, the HD Knee Array’s 8-channel 9-element phased-array design eliminates aliasing artifacts for superior, high-resolution imaging.