Amniotic Fluid FuseChoice Plus AF Liquid was shown to induce hyaluronic acid production through proliferation of synoviocytes. Proprietary processing method preserves the natural regenerative healing properties of the tissue, the endogenous growth factors, and cytokines responsible for promoting healthy epithelial tissue formation while inhibiting fibrogenesis. E-Beam terminal sterilization provides a sterility assurance level (SAL) of…
Multilayer Amniotic Membrane Multilayer sheet designed to harness the growth factors essential for promoting healing and providing mechanical protection. Proprietary process for maintaining inherent levels of extracellular matrices such as proteins, cytokines, carbohydrates & growth factors. Hydrates rapidly to the surgical site for ease of placement. E-Beam sterilization. Approximately 4X thicker than traditional single layer…
Umbilical Cord Membrane Suturable Umbilical Cord derived sheet designed to harness the growth factors essential for promoting healing and providing mechanical protection. Proprietary process for maintaining inherent levels of extracellular matrices such as proteins, cytokines, carbohydrates & growth factors. Hydrates rapidly to the surgical site for ease of placement. E-Beam sterilization. Brochure Back to Biologics
Single Layer Amniotic Membrane Amnion sheet (without the chorion layer) designed to harness the growth factors essential for promoting healing and providing mechanical protection. Proprietary process for maintaining inherent levels of extracellular matrices such as proteins, cytokines, carbohydrates & growth factors. Hydrates rapidly to the surgical site for ease of placement. E-Beam sterilization. Brochure Back…
Synthetic Nanofiber Wound Matrix Phoenix Wound Matrix® is a synthetic, fully bioabsorbable advanced wound care device* designed to harness the innate inflammatory response, promote progression to the proliferative phase, and enable the regeneration of functional, native skin in the wound bed. FDA 510(k) clearance for use in the treatment of both partial- and full-thickness wounds.…