Preliminary Experience with Oxygen-Enriched Oleic Matrix Breast-Shaped Dressings in Oncoplastic Breast Surgery

Wound complications such as delayed healing and infection remain a challenge in on-coplastic breast surgery, often prolonging recovery and affecting patient comfort. This study explored the use of innovative breast-shaped polyurethane and polyester dressings impregnated with an oxygen-enriched oleic matrix designed to release reactive oxygen species that support natural tissue repair. Sixty patients undergoing unilateral qua-drantectomy with contralateral breast remodeling were included. The advanced dressing was applied to the oncologic breast, while standard premedicated patches were used on the opposite side, allowing each patient to serve as their own control. Over the first po-stoperative month, outcomes such as wound dehiscence, infection, delayed healing, and user experience were assessed. The new dressing provided excellent skin hydration, comfort, and ease of use, with complication rates comparable to traditional treatments. No infections, hematomas, or reoperations were observed. Healthcare personnel reported that the device was simple to handle and replace, while patients appreciated the comfort and absence of adhesive irritation. These preliminary findings suggest that oxygen-enriched oleic matrix breast-shaped dressings offer a safe, practical, and pa-tient-friendly alternative for postoperative care in oncoplastic breast surgery. Larger prospective studies are warranted to confirm their potential in improving healing quality and patient experience.