Clinical Research Directory

Tools for Return of Facial Function

This study will evaluate novel intraoral (inside-the-mouth) splints designed to gently stretch facial tissues that have become tight or scarred following facial trauma, including burn injuries and gunshot wounds. Scar contractures can limit mouth opening, facial movement, and facial expressions, affecting daily function and quality of life. Participants aged 7 years and older with facial contractures will be fitted with one or more silicone splints selected by a trained speech-language pathologist based on each participant's areas of restriction. The splints are available in different shapes and sizes and are designed to provide passive stretching to targeted areas of the face and mouth. Researchers will assess changes in facial mobility, mouth opening, facial symmetry, and range of facial expression using clinical measurements and facial movement analysis software. The study will also help identify appropriate treatment protocols for use of the splints. The researchers expect that use of the splints may improve facial movement and function, reduce the effects of scar contractures, and potentially decrease the need for future surgical procedures to improve facial mobility. Findings from this study may support a new treatment option for individuals with facial scarring due to burns or other traumatic injuries.

The Application of Intralesional 5-fluorouracil for the Management of Hypertrophic Facial Scars in the Periocular Region Resulting From Trauma and Surgical Procedures in Individuals Aged Over 18 Years

To determine the effectiveness of intralesional 5-fluorouracil in objectively reversing hypertrophic scars in the periocular region resulting from trauma or cosmetic surgery.

Comparative Study for Facial Scar Remodeling Using Fractional Carbon Dioxide Laser Combined With PDRN Versus Fractional CO₂ Laser

Facial scars are frequently deemed unpleasant and can profoundly impact a patient's psychological health. This study compares the effectiveness, safety, and capacity to speed up scar healing in the maxillofacial region between fractional carbon dioxide (CO₂) laser therapy alone and polydeoxyribonucleotide (PDRN) combined with CO₂ laser therapy.