Published Studies

Study #1: When Correcting the Collapse of Arches of the Feet with Custom Orthotics, are Other Areas of the Body Effected? A Revolutionary Approach towards Reduced Injuries and Better Outcomes

Published September 25, 2020
‍

Compared hip height difference via x-ray both barefoot and with orthotics in shoes on 351 patients over a 3 year period. We concluded there are 5 uniquely different biomechanical patterns, all of them imbalanced. Every human is one of the 5 and don’t know this or what to do about it.

Study #2: Is Prescribing Custom Orthotics Enough to Prevent and Treat Musculoskeletal Injuries and Degeneration? What if we Integrated Biomechanical X-ray Measurements with the Laser Foot Scan Procedure? Could this Reduce Injuries Even More?

Published March 2, 2021

Looking at the same 351 patients, statistics on the degree of millimeter difference in femoral head height with orthotics and without orthotics, and the percentage of people who needed heel lifts due to the fact their femoral head height was more than 3 mm.

Study #3: Are the Biomechanics of the Feet Considered Enough in their Contributory Relationship to Leg Length and Femoral Head Height Difference? Advanced Technology Provides New Information

Published April 1, 2021

This study examined 400 patient’s digital laser foot scans of their feet. The scans provided an objective number that represented the amount of collapse of one or more arches of the feet.

Study #4: Biomechanics Before and After Hip Replacement

Published November 4, 2022

This study highlights the importance of femoral head height measurements both prior to and after joint replacement therapy. No where in our medical community are femoral head height differences measured despite the fact this measurement is the most important biomechanical measurement in the body.

‍

Study #5: Each Person’s Collapse of the Arches of the Foot May Be Unique but its Correction is Standard. A Large Study Explains Why

Published April 27, 2023

This study was an expanded study of Study 3. This time we looked at 1,001 patients scans over a 3 year period.

Study #6: From Disaster to Triumph: How a Professional Basketball Team Becomes Injury - Free Implementing a Revolutionary Proactive Approach to Injuries

Published August 10, 2023

This study documented the biomechanical data, collected through digital laser foot scans and digital standing x-rays of the 2023 Albany Patroons, a minor league professional basketball team.

The study highlights the biomechanical recommendations that were made, in addition to the treatments that were provided to the team in an effort to reduce injuries. After 4 months, 11 players played 32 games, and one player missed 2 games due to injury.

Study #7: Load Management in Sports Must Include Biomechanical Analytics®

Published December 14, 2023

This study highlights the importance of biomechanical measurements on all athletes prior to a season beginning, and making the necessary available corrections that will balance weight distribution and reduce risk of injuries. This study reviews all necessary tests.

Study #8: Reducing Lower Extremity Injuries in Female Athletes by Identifying and Correcting Biomechanical Faults

Published May 21, 2024

This study collects biomechanical data on 186 women highlighting the uniqueness and specifics which would then allow an examiner to make custom corrections prior to a season beginning in an effort to reduce injuries.