MRI evaluation of knee alignment in patellofemoral osteo-arthritis (PFOA) currently relies on closed bore magnetic resonanceimaging (MRI) where participants are in supine and non-weight bear-ing. Since alignment may be strongly influenced by pain provocation/avoidance, loading strategies or muscle activity in weight-bearing, openMRI affords the opportunity to gather potentially important newinformation of key modifiable alignment measures.
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The magnets to study the brain
ASG Superconductors has been awarded a contract by Gachon [...]
A stand-up magnetic resonance imaging scanner is feasible and reliable for estimating weight bearing knee alignment in patellofemoral osteoarthritis
MRI evaluation of knee alignment in patellofemoral osteo-arthritis (PFOA) [...]
Dynamic MR in patients affected by neurogenical claudication: technique and results from a single-center experience
This study aimed to determine changes in size oflumbar [...]
Findings In Back Pain Patients Referred For Upright MRI
Positional MRI has been developed to provide images of [...]
he FIA and Toyota are using Europe’s largest MRI scanner and a ground-breaking computer model to determine how drivers’ seating positions might a?ect their chances of sustaining a spinal injury in a race accident
Formula Ford driver Jack Barlow is scanned with the [...]
Positional pelvic organ prolapse (POP) evaluation using open magnetic resonance imaging (MRO)
The pelvic floor is a complex 3D support structure [...]
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