Springbok’s technology transforms complex MRI data into simple 3D visualizations for real world applications.
Rapidly identify individual muscle volumes, atrophy, and imbalances.
Compare data across populations to inform preventative care, athlete development and research and clinical decisions.
Easily understand and translate complex musculoskeletal data.
Springbok uses artificial intelligence to automate the creation of a digital twin of a person’s musculature. AI can minimize the margin of error, overcome long processing times, and generate advanced details about the affected musculoskeletal structure.
Create a truly personalized and progressive care plan quicker, more efficiently and more scalable than traditional approaches.
Grounded in extensive research, Springbok measures comprehensive muscle health, creating a detailed, color-coded, 3D model of the individual to quickly assess strengths and weaknesses. Our interactive viewer transforms your view of muscle providing a powerful assessment of muscle development and quality for clinical, sport performance, and research applications.
*For investigational use only, not for diagnostic purposes.
The Springbok interactive platform puts data-driven insights at your fingertips. Our platform allows you to navigate seamlessly through measures, pinpoint specific muscles, and access a deeper analysis with every click.
Springbok provides muscle volume metrics at the individual muscle and group-level. These measurements are compared against normative data to identify muscles that are larger or smaller than expected.
When asymmetry between the musculature on the right and left side of the body goes beyond a certain threshold, the ability to move efficiently may be disrupted. Springbok gives precise percentages of imbalances for tailored training.
Infiltration of fat and atrophy of skeletal muscle tissue is associated with poor health. Muscle atrophy can increase with physical inactivity, injury, and aging, impacting long-term health. Springbok quantifies the fat within the muscle and enables objective tracking over time to improve longevity.
Scar tissue and intramuscular edema can impair joint movement, reduce muscular strength, and inhibit exercise ability. Springbok’s technology identifies and measures scar tissue and edema to help with injury management, recovery, and return-to-play decisions.
Springbok provides muscle volume metrics at the individual muscle and group-level. These measurements are compared against normative data to identify muscles that are larger or smaller than expected.
Infiltration of fat and atrophy of skeletal muscle tissue is associated with poor health. Muscle atrophy can increase with physical inactivity, injury and aging, impacting long-term health. Springbok quantifies the fat within the muscle and enables objective tracking over time to improve longevity.
Studies have shown that how muscles within a unit relate to each other is important for optimal function. Springbok quantifies the relative weighting of each muscle to the unit as a whole, providing better understanding of shoulder development patterns.
Scientists have long understood the value of utilizing MRI for advanced musculoskeletal insights but have not been able to efficiently and reliably analyze these data. Springbok’s AI-powered technology provides rigorous and repeatable data analysis at scale.
Springbok provides an unprecedented view of musculature, delivering key (actionable) data for athletes at every level to improve their health and performance.
Springbok unlocks the potential in delivering personalized musculoskeletal care at scale. Building muscle mass and sustaining muscle volume across lifespan is critical for long-term health, the prevention of chronic disease, and quality of life. Springbok allows for advanced evaluation of the effectiveness of exercise, nutrition and interventions to preserve muscle health.