Chapters Transcript PuraPly SX and PuraPly MZ Product Video Learn more about how PuraPly SX and PuraPly MZ can help protect complex surgical wounds and support healing. Complex surgical wounds present unique challenges, including the risk of contamination after the operating room, which can lead to complications and delayed healing. Sharp debridement is used to physically remove bio burden and biofilm, yet studies show that biofilm can redevelop within 24 hours and be fully mature within 72 hours. Therefore, sharp debridement alone does not control microbial growth or prevent biofilm reformation. Bio burden management may be necessary in a variety of complex surgical wounds. The power of plus protect surgical wounds and support healing. Purealy SX provides the unique combination of a native cross-linked extracellular matrix scaffold, plus sustained antimicrobial effectiveness within the product to support healing and granulation tissue formation. The ECM scaffold is arranged in 4 layers to maximize surface area for PHMB saturation, ideal for deep complex surgical wounds. PHMB is a positively charged antimicrobial agent that specifically targets and destroys bacterial cells, effective against gram positive and gram-negative bacteria while maintaining high tissue compatibility and low cytotoxicity. Pureapply SX larger sizes are designed specifically for large, complex surgical wounds in the OR and can be used in conjunction with Pureapply MZ for a portfolio solution. The precision of powder. Support a healing environment and maximize contact, conformity and coverage in surgical wounds. Purapply MZ is a micronized native type one porcine collagen. In vitro studies have shown that Purapply MZ inhibits excess matrix metalloproteinases, a known barrier to healing. The collagen powder is a highly absorptive dry powder ideal for a variety of wound locations from head to toe with surgical wound applications across specialties such as plastic, vascular, orthopedic, podiatric, general, and spine. Purely MZ supports a healing environment in surgical wounds, including surgical incision sites. Published July 15, 2025 Created by
