MRI-based Muscle Analysis with Dr. Doug Goldstein #825
Barbell Shrugged
Psoas Asymmetry and Lumbopelvic Stability
They examine a 5% psoas deficit and its implications for hip flexion and lumbar-pelvic control.
In this episode, the Barbell Shrugged crew explores how next-generation MRI muscle analysis is transforming the way high-performing athletes train, recover, and prevent injury. Dr. Doug Goldstein walks Anders Varner, Doug Larson, and Travis Mash through Doug Larson's full Springbok Analytics scan a 3D "digital twin" of his musculoskeletal system that reveals muscle volume, asymmetries, and tissue quality with a level of precision traditional assessments can't match. The team breaks down how this data gives coaches a clearer understanding of the body's true strengths, weak links, and compensation patterns the foundational context needed to prescribe smarter, more targeted programming.
Using Doug's real data as the case study, the group highlights how seemingly isolated issues like a long-healed posterior hip dislocation can create downstream patterns that affect performance years later. The scan reveals major asymmetries in deep hip stabilizers, psoas imbalances, and elevated intramuscular fat in specific muscles, all of which influence how force is produced and absorbed under load. The conversation emphasizes that measuring muscle quality and not just quantity is essential for identifying tissues that underperform despite looking normal from the outside. They also break down the different types of fat Springbok identifies (visceral, subcutaneous, intermuscular, intramuscular) and why certain compartments are more predictive of movement limitations, metabolic dysfunction, or elevated injury risk.
The episode closes with a look at how this new level of precision plugs into a fully integrated high-performance system. Through Optima Muscle, athletes combine Springbok MRI data with movement evaluations, strength testing, and force analysis to build individualized protocols that increase strength, improve resilience, and significantly reduce the risk of non-contact injuries. The team explains why pro athletes are beginning to adopt multi-scan protocols across a season, and how this data-driven approach allows coaches to design programming that targets exactly the right tissues, at exactly the right time. For anyone serious about longevity in training, staying explosive, or eliminating preventable injuries, this episode offers a glimpse into the future of performance diagnostics and precision training.
Go to OptimaMuscle.com to learn more!
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