An effective pressure garment should exert approximately how many mmHg of pressure to decrease underlying collagen production?

The effective pressure exerted by a pressure garment plays a key role in managing the healing process of burn injuries and other conditions that benefit from this form of therapy. Applying the correct amount of pressure can help reduce scarring and manage collagen production, which is critical in the recovery of burn patients.

To effectively decrease underlying collagen production, a pressure of approximately 15 to 40 mmHg is recommended. This range has been found to be optimal for promoting vascular compression, which in turn helps to minimize excessive collagen formation. Too little pressure may not provide the needed therapeutic effects, while excessive pressure may lead to discomfort or compromise circulation.

The significance of achieving pressure within this range is also supported by clinical studies that have shown improved outcomes in scar formation and overall cosmetic appearance when garments deliver this level of sustained pressure. Thus, the selection of garments designed to maintain 15 to 40 mmHg ensures a balance between effective treatment and patient comfort, making it the correct answer in this context.