Ultrasound Tissue Characterization, or “UTC”, combines traditional ultrasound with advanced innovative software to provide a clear, detailed view of Achilles and Patellar tendon health. It is a painless, non-invasive approach and can detect early structural changes that often occur prior to becoming symptomatic. 

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Athletes or active individuals looking to proactively detect tendon structural changes BEFORE they experience symptoms.

OR

Individuals with current or previous Achilles or Patellar tendon injuries.

Research has shown that structural changes of tendons can occur before the onset of pain or injury. Therefore, we believe that early detection, precise treatment, and systematic monitoring are essential for better quality of life and enhanced performance.

We recommend scanning during preseason or prior to starting a training program. We also recommend periodic follow-up scans to monitor tendon structural changes in response to training load.

No, a physician referral is not needed to schedule initial tendon-related services. We advocate for collaboration among healthcare providers in order to promote the best possible outcome for each client.

UTC is mainly used by professional sports teams in the US and overseas (NBA, NFL, EPL). Medical providers for the teams utilize the insights provided by UTC to profile and monitor Achilles and Patellar tendons of their athletes.

Each scan takes approximately 45 seconds to complete. Your results will be discussed with you right away.

Unlike MRI and traditional ultrasound, the UTC software provides greater insight into the tendon structure. UTC technology automates the scanning process, offering a standardized, reproducible approach. The analysis generates color-coded imaging and quantitative metrics that objectively measure the integrity of the tendon. This can significantly enhance the reliability of diagnoses and how to effectively monitor treatment.

This service is for individuals with current tendon pain or injury. It includes a thorough review of the client’s injury and medical history, a movement and mobility assessment, strength and endurance testing, jump testing (via force plates), and tendon structural integrity analysis via ultrasound.