Evaluating Semiconductor Embedded Therapeutic Socks for Healing Ankle Sprains and Related Injuries A Randomized, Double-Blind Study Comparing Semiconductor Socks to Compression Socks in Adults

What this Trial Is About

Researchers are evaluating the use of semiconductor embedded socks to improve healing after non-surgical ankle sprains, avulsion fractures, or distal fibular fractures. The study focuses on whether these socks can affect recovery outcomes, injury symptoms, and function during rehabilitation compared to typical compression socks. Ankle sprains are common injuries with high rates of recurrence, and this study aims to explore a novel treatment option using fabric that emits infrared waves and negative ions. Participants will be randomly assigned to wear either semiconductor embedded socks or standard compression socks during a 12-week rehabilitation period. The semiconductor socks are designed to increase blood flow and reduce inflammation by releasing infrared waves and negative ions activated by body heat. These socks are non-compressive and aim to help with pain, swelling, and recovery. The study includes a double-blind design to compare effects between the two sock types. Throughout the study, participants will wear the assigned socks and record symptoms and functional measures. Researchers will collect data at regular intervals, including a primary outcome measured by the FAOS score at 6 months, to assess ankle function and recovery. The study also monitors participants up to one year to evaluate longer-term outcomes. The trial is sponsored by the University of Colorado, Denver, and includes adults aged 18 to 69 with ankle injuries suitable for non-surgical treatment.

Semiconductor Embedded Socks for Ankle Sprains