About this trial
Amputation following burn injury is rare but complex, affecting predominantly younger individuals with extensive burns, particularly electrical injuries, and often resulting in residual limbs characterized by scarring, contractures, grafted or flapped tissues, and heightened vulnerability to skin breakdown. Prosthesis-covered burn scars often appear to heal better than uncovered areas, suggesting a potential therapeutic pressure effect; however, excessive localized peak pressures may also contribute to recurrent wounds in grafted or scarred tissues. This study aims to quantify prosthesis-induced pressures on the residual limbs of burn-injured amputees and evaluate the feasibility and reliability of applying pressure measurement tools validated in burn care to this distinct clinical context.
Eligibility criteria
This trial does not accept healthy volunteersQualifiers
1. Burn survivors aged 16 years and older who have sustained a major amputation secondary to a burn injury.
Disqualifiers
present dermatological conditions that may compromise measurement reliability (e.g., eczema, psoriasis).
Participants with cognitive or psychiatric conditions that could impair comprehension of the consent process or adherence to study procedures will also be excluded
Trial population
Adult burn survivors with a major limb amputation who are admitted to or followed in the outpatient clinic at Villa Medica Rehabilitation Centre
Trial design
Case-only
Prospective
Treatments tested in this trial
Skin assessment of prothesis interface and control area
Other interventionEvaluation of Melamin and erythema (Mexameter), TEWL ( Tewameter), skin elasticity (Cutometer), skin thickness (Dermascan)
Interface pressure
Other interventionMean and peak interface pressure (limb to prosthetic)
Treatment groups
Trial outcomes
Primary outcomes
Prosthetic-induced interface pressure
quantification of interface pressure (mmHg) at predefined residual limb sites in burn-related amputees, assessing within-subject differences in interface pressure
Secondary outcomes
Feasibility outcomes
Determine procedural feasibility and inform the design of a future powered study. - Recruitment rate * Completion rate * Proportion of usable pressure recordings * Time required for full assessment per participant * Sensor placement success rate * Incidence of adverse events
Association Between Skin Characteristics and Interface Pressure
Associations between: * Skin thickness * Elasticity * Transepidermal water loss * Melanin and erythema indices * Mean and peak interface pressure values
Sponsors and contacts
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Centre hospitalier de l'Université de Montréal (CHUM)
Lead sponsor
Quebec Firefighters Foundation for Burns
Collaborator
This trial is not recruiting at the moment. You can still explore other options: