26% reduction in running asymmetry identified with dorsaVi wearable sensor techology

 

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The Problem

An 18 year old athlete who has played futsal for Australia and representative-level soccer was referred to a clinical pilates physiotherapist after re-rupturing his right ACL. This occurred after a previous ACL injury which resulted in a hamstring allograft and thorough rehabilitation program. To objectively assess the stability of the athlete’s knees and the change in performance after a patient-specific exercise programme, ViMove was used.

The Problem

An 18 year old athlete who has played futsal (indoor 5v5 soccer) for Australia and representative-level soccer was referred to a clinical pilates physiotherapist after re-rupturing his right ACL. This occurred after a previous ACL injury which resulted in a hamstring allograft and thorough rehabilitation program. To objectively assess the stability of the athlete’s knees and the change in performance after a patient-specific exercise program, dorsaVi wearable sensors were used.

The Problem

An 18 year old athlete who has
played futsal (indoor 5v5 soccer)
for Australia and representative-
level soccer was referred to a
clinical pilates physiotherapist
after re-rupturing his right ACL.
This occurred after a previous
ACL injury which resulted in a hamstring
allograft and thorough rehabilitation program. To objectively assess the stability of the athlete’s knees and the change in performance after a patient-specific exercise program, dorsaVi wearable sensors were used.

Assess High-Risk Movements with Hard Data, Not Hunches.

dorsaVi™ Sensors Send Information Wirelessly To Software On Your Computer In Real-Time.

dorsaVi™ Sensors Are Synced With HD Video To Produce Real-Time Objective Data.

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