With more people leading active lifestyles, the need for MR imaging in sports medicine is growing. Our MRI technology offers valuable insights into athlete injuries, providing detailed, radiation-free images of soft tissues, joints, and bones. Mild traumatic brain injuries and cardiovascular diseases can be evaluated using MRI.
Explore the case of a 17-year-old female ice skater with knee distortion. Initial X-rays ruled out fractures, but MRI scans revealed bone contusions, ligament ruptures, and cartilage defects. Learn about the crucial role of MRI in providing a comprehensive diagnosis and subsequent treatment.
High-speed sports often lead to sprains, fractures, and concussions, while repetitive movements frequently cause upper body injuries. MRI is crucial for diagnosing soft tissue damage and guiding treatment after concussions. For serious athletes, tools like cardiac MRI might help mitigate life-threatening cardiovascular events.
Provides detailed images of soft tissues, bones, and joints for injury assessment and treatment planning. It can help predict return to play of athletes.
Helps evaluating potential soft tissue injuries after mild traumatic brain injuries such as concussions or contusions.
In competitive athletes the incidence of Sudden Cardiac Death is high. Cardiovascular MRI (CMR) is a powerful screening/ risk stratification tool.
AI integration and automated workflows ensure fast results, while quantitative assessments enable confident treatment decisions and effective recovery monitoring.
Early detection of cartilage changes with Chrondal Quant.
Our dedicated ÌýMSK coils are ergonomically designed and enable high-resolution scanning.
From our 18-channel transmit/receive knee coil with its flared opening to the Foot/Ankle 16 and its Ìýboot-like design our coils enable fast patient positioning.
Shoulder Shape 16 has flexible wings to shape around the shoulder anatomy and Hand/Wrist 16 is adapted to the shape of the hand and wrist for easy and comfortable patient positioning and high- resolution Ìýimaging.
