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MRI technology continues to improve benefiting clinicians searching for serious pathology, but at a cost of identifying non serious pathology which may not be related to a patient’s clinic presentation. Initial imaging studies in the 1990s were conducted in the lumbar spine which identified a high percentage of structural changes including disc herniations and spinal...

Imaging technologies, including MRI, continue to improve providing valuable insight into the human body. These advancements have made MRI scans extremely sensitive to identifying tissue pathology and the presence of disease within the body. In the musculoskeletal system, the MRI’s sensitivity reduces its’ ability to specifically detect symptomatic vs. asymptomatic pathology. For example, after age...

Aging occurs in all of our body systems including the spine.  Similar to wrinkles and grey hair, the spine will demonstrate age related changes including disk bulges, herniations, facet and ligament changes, as well as, degeneration around age 30.  Interestingly, we find a high percentage of these changes in people with and without neck pain.  Thus,...

MRI testing of the shoulder is no different than testing in other body regions.  Pathologies such as bursa changes, tendinopathies, labral and rotator cuff tears are very common in asymptomatic populations and tend to increase with an individual’s age.  Many of these MRI findings do not contribute to a patient’s current symptoms and may be...