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  1. Fast, Effective Hemostasis for Vascular Catheterization | Syvek

    SyvekNT is intended for use in the local management of bleeding wounds such as vascular access site, percutaneous catheters or tubes and surgical debridement. SyvekExcel ® is …

  2. Products - Marine Polymer Technologies

    SyvekExcel has a proven hemostatic action that works effectively, even for anticoagulated patients undergoing vascular catheterization. SyvekExcel is a non-invasive formulation of poly …

  3. Syvek® - Estor

    Used on more than 3,000,000 patients worldwide, the Syvek® patches are the reference for rapid hemostasis for vascular access and percutaneous catheterization.

  4. DeviceMD - SyvekExcel®

    SyvekExcel features an increased polymer content and expanded surface area to achieve faster, easier, effective hemostasis. SyvekExcel is effective for treating anticoagulated patients that …

  5. Visit www.syvek.com or call 1.888.666.2560 to learn more about the effectiveness of Syvek® RadialTM.

  6. SyvekNT® | Syvek

    SyvekNT ® contains poly-N-acetyl glucosamine (pGlcNAc) fibers, a polysaccharide polymer which promotes the rapid control of bleeding in patients on anticoagulation therapy.

  7. Syvek of Marine Polymer Technologies - Cardiovascular Buyers …

    Syvek® hemostasis products are manufactured by Marine Polymer Technologies, Inc., a privately-held company that researches, develops and markets technologies based on a …

  8. How It Works | Syvek

    SyvekNT ® is intended for the promotion of rapid control of bleeding in patients following hemodialysis and in patients on anticoagulation therapy. SyvekNT is intended for use in the …

  9. Innovative Medical Solutions | Marine Polymer Technologies, Inc.

    Jul 9, 2012 · SyvekExcel ® — Fast, easy, effective hemostasis for vascular catheterization procedures. Fast, easy, wound management for diabetic foot ulcers, venous leg ulcers, …

  10. Syvek® Radial™ Hemostasis System - Need It Now Healthcare

    Syvek Radial promotes control of bleeding from radial access sites through the use of poly-N-acetyl glucosamine (pGlcNAc) fibers derived from microalgae. These fibers have been shown …