Unleashing the Power of Copper: Reducing Chronic Inflammation and Biofilm Formation for Effective Wound Healing

Introduction: Infection and chronic inflammation are critical factors that obstruct wound healing. These factors slow healing progress and increase the risk of infection in the wound bed. This underscores the urgency for new dressings. The application of copper effectively degrades biofilm and controls inflammation, which is essential for revitalizing the healing process and achieving wound closure. Methods: Represented in this case are detailed clinical descriptions of three patients exhibiting chronic, stalled wounds. The patients have mul- tiple comorbidities. The wounds have clinical signs of biofilm and inflam- mation present and have been treated with multiple dressings with little to no progression until the introduction of copper alginate dressing*. Results: This case series effectively illustrates that copper dressings* demonstrate superior efficacy compared to their silver counterparts. Clinical signs of biofilm and inflammation were significantly decreased or eradicated, and wound healing began progressing at each visit exhibited by decreased wound measurements, pain, and inflammation at the wound site with no adverse effects on the patient. Discussion: Copper is an essential natural element that is vital for the optimal functioning of body tissues and skin. In addition to its estab- lished antimicrobial properties, copper provides a comprehensive array of benefits that facilitate wound healing. This innovative dressing introduc- es a novel mechanism that disrupts bacterial cell walls electrostatically, thereby preventing and eliminating biofilm formation. Additionally, it effectively regulates the inflammatory response in the wound bed. The treatment poses no measurable risk of adverse effects or sensitization, making it a preferred choice for addressing chronic wounds that have stalled in the healing process. The analysis of the clinical cases presented emphasizes the numerous advantages and limitations associated with a copper dressing. This evaluation is essential for making informed deci- sions regarding its use.