Dr. Badylak: Phasix™ Mesh
This session features Dr. Stephen Badylak’s lecture “The Science of Phasix™ Mesh Powered by P4HB” with Spanish subtitles. In this broadcast Dr. Badylak, Deputy Director of the McGowan Institute for Regenerative Medicine and Director of the Center for Pre-Clinical Engineering at the Institute, provides a deep dive into the science of Phasix™ Mesh. Discussion includes the origins of Phasix™ Mesh, its rare composition, how its unique properties differentiate it from other bioresorbable materials, an overview of the degradation process and how it reacts in-vivo studies.
Dr. Malcher | Repair of a sliding right inguinal hernia containing the cecum
Repair of a sliding right inguinal hernia containing the cecum
Published Clinical Evidence for P4HB in Abdominal Wall Reconstruction | Dr Amit Badhwar
A Summary of the Published Clinical Evidence for P4HB in Abdominal Wall Reconstruction (AWR)
HNL: Transforming my hernia practice as a community surgeon; algorithms, outcomes, economics, robotics and mesh
Dr. Amber Koon shares her journey in revolutionizing her hernia practice as a young community-based surgeon and making a positive impact on her patients' lives. During this presentation, she will highlight the utilization of Phasix™ Mesh for acute care patients. Dr. Koon will delve into her decision-making algorithm for hernia repair and her pursuit of expertise in more advanced robotic procedures, all while enhancing her knowledge of intricate mesh materials. As a community-based surgeon with a focus on advanced robotics, comprehending the value-based shared care model and effectively monitoring patient outcomes is integral to her success.
IPOM Panel Discussion: Ventralight ST Mesh with Echo PS Positioning System
IPOM Case Overview – Recorded Case Review and Panel Discussions with Hernia Repair Experts from Australia, Europe, Latin America and the United States.
Dr. Malcher | Bilateral transversus abdominis release with a single docking at extraperitoneal access for a large ventral hernia defect
Bilateral transversus abdominis release with a single docking at extraperitoneal access for a large ventral hernia defect