Additional Information

Description

The wound dressing is constructed as a sterile protease-modulating matrix designed to support the optimization of the wound environment during healing by secondary intent. Its structure consists of a composite blend of collagen and oxidized regenerated cellulose, combined through a freeze-drying process that preserves material integrity. This matrix assists in regulating excess protease activity commonly present in chronic wounds, contributing to a balanced environment that supports tissue regeneration.

The dressing maintains a moist microenvironment essential for granulation tissue development and epithelial advancement. Its ability to absorb exudate while preserving moisture at the wound surface promotes orderly cellular migration. The hexagonal sheet format allows stable placement against irregular wound contours while sustaining uniform contact with the tissue bed. The sterile preparation ensures suitability for direct application on wounds cleared of necrotic material.

The material composition, consisting of 55% collagen and 45% oxidized regenerated cellulose, is selected to provide structural support and biochemical interaction with the wound bed. The matrix transitions into a soft gel upon hydration, conforming to the wound surface and aiding in the distribution of moisture and exudate management. This transformation supports clinical handling and contributes to consistent coverage.