At #IHS25, Prof. Maciej Pawlak shares his clinical experience in the session titled “Surgeon Experience with 3DMax™ MID Anatomical Mesh in Inguinal Hernia Robotic Repair.” This presentation explores the practical benefits, outcomes, and considerations of using 3DMax™ MID mesh in robotic-assisted hernia surgery, offering valuable insights for surgeons adopting advanced mesh technologies in minimally invasive procedures. BD-151781

At #IHS25, Prof. Giampaolo Formisiano presents “Robotic Approach for a TAR Procedure”, showcasing the integration of robotic technology in transversus abdominis release. This session highlights surgical precision, patient outcomes, and the evolving role of robotics in complex abdominal wall reconstruction. 

At #IHS25, Prof. Giuseppe Cavallaro presents “TAPP or TEP? The Importance of Mesh Technology and Fixation”, offering a comparative look at two key laparoscopic techniques for inguinal hernia repair. This session emphasizes how mesh selection and fixation methods influence outcomes, guiding surgeons in making evidence-based decisions for optimal patient care. (BD-151781)

At #IHS25, Andreas Koch presents “Tailored Approach in Open Inguinal Hernia Surgery,” tracing the evolution from classic Shouldice repair to modern reinforced techniques. This session delves into patient-specific decision-making, the role of tissue-based repairs, and how individualized strategies can optimize outcomes in open inguinal hernia repair. Attendees will gain insights into balancing tradition with innovation in hernia surgery. BD-151781

At #IHS25, PhD Amit Badhwar presents “Phasix™ Mesh: Fully Resorbable Implant for Soft Tissue”, focusing on the P4HB (poly-4-hydroxybutyrate) technology. This session explores the science behind fully resorbable mesh, its clinical applications in soft tissue repair, and the potential benefits for patient recovery and long-term outcomes. BD-151781

At #IHS25, Martin Wiese presents “Redefining Umbilical Repair: PUMP Using Phasix™”, introducing a novel approach to umbilical hernia repair. This session highlights the PUMP technique and the role of Phasix™ Mesh, a fully resorbable implant, in enhancing outcomes through advanced soft tissue integration and long-term support. BD-151781

At #IHS25, James Bittner presents “IPOM+ but Respect the Indication”, offering a critical perspective on the use of IPOM+ in hernia repair. This session emphasizes the importance of patient selection, surgical indications, and technique refinement to ensure optimal outcomes in minimally invasive abdominal wall surgery. (BD-151781)

At #IHS25, Salvador Morales-Conde presents “LIRA: Evolvement in Laparoscopic Ventral Repair”, introducing the LIRA technique as a significant advancement in minimally invasive hernia surgery. This session explores how LIRA enhances outcomes in ventral hernia repair through refined laparoscopic methods and improved mesh placement strategies. (BD-151781)

At #IHS25, Prof. Laurie Smith presents “Three Pillars of Incisional Hernia Prevention”, outlining key strategies to reduce the risk of incisional hernias. This session focuses on evidence-based techniques, surgical best practices, and patient-centered approaches that form the foundation of effective hernia prevention.

At #IHS25, Prof. Friedrich Kallinowski presents “Clinical Evidence on CAWR”, offering an in-depth look at the latest data and outcomes in complex hernia reconstruction. This session highlights evidence-based approaches, surgical techniques, and long-term results that are shaping the future of abdominal wall repair. (BD-151781)