Abstract
<jats:p>Burn injuries remain a significant global health concern, characterized by high morbidity and mortality rates. The management of burn wounds presents multifaceted challenges, including infection control, pain management, and the minimization of scar formation. While traditional dressing methods often fall short of meeting these clinical needs, the emergence of biomimetic and synthetic materials has shifted the treatment paradigm. This review examines the role of modern burn dressings in wound healing mechanisms, focusing specifically on Polylactic Acid Membrane (PLM) (Suprathel®), a synthetic lactide-caprolactone terpolymer. Literature evidence indicates that such synthetic membranes suppress bacterial colonization by optimizing moisture balance, triggering angiogenesis through lactate release, and creating a relatively acidic pH environment. The “Shift to Synthetics” process has just been very important in burn wound treatment. Clinical studies demonstrate that these modern synthetic dressings significantly reduce pain scores and shorten hospital stays compared to traditional silver dressings, particularly in the pediatric population. In conclusion, modern synthetic dressings offer a cost-effective alternative that accelerates regeneration and maximizes patient comfort without increasing the risk of infection. Synthetic skin substitutes have become not just an “aid” but an “active component” managing the healing process in burn surgery. As technological innovations increase, minimizing functional and aesthetic losses following burn injury will remain the ultimate goal.</jats:p>