TIGR Matrix
Resorbable Surgical Mesh
We are experts in resorbable medical devices. Novus Scientific is the Innovator, developer and manufacturer of the world´s first long-term resorbable surgical mesh TIGR Matrix.
CSPS 73rd Annual Meeting
Listen to Dr. Gabriel M. Kind speaking about “TIGR Matrix for Abdominal Wall Reinforcement at the time of DIEP Flap Harvest”.
Latest Study
Prophylactic onlay mesh at emergency laparotomy:
promising early outcomes…
AWR
Dynamic Reconstruction with TIGR® Matrix
the World’s first Long-term resorbable Surgical Mesh
Publications & Presentations with TIGR Matrix
Prophylactic onlay mesh at emergency laparotomy: promising early outcomes with long-acting synthetic resorbable mesh
Daniah Alsaadi ,* Ian Stephens,* Lydia O. Simmons,* Magda Bucholc† and Michael Sugrue*‡ *Department of Surgery, Letterkenny University Hospital, Letterkenny, Ireland †Intelligent Systems Research Centre, School of Computing, Engineering and Intelligent Systems, Ulster...
“SAFETY BELT SYMDROM” ABDOMINAL WALL RECONSTRUCTION WITH THE FIRST SYNTHETIC RESORBABLE MESH (TIGR Matrix)
Vázquez Rueda Fernando; Gómez Beltrán OD, Granero Cendón R, Lasso Betancor CE, Ayala Montoro J, Castillo Fernández AL, Murcia Pascual FJ, Paredes Esteban RM. Paediatric Surgery Department. Hospital Universitario Reina Sofía. Córdoba. Spain. INTRODUCTION Traffic...
Prophylactic Onlay Mesh Implantation During Definitive Fascial Closure After Open Abdomen Therapy (PROMOAT): Absorbable or Non-absorbable? Methodical Description and Results of a Feasibility Study
Sebastian Schaaf†, Robert Schwab†, Christoph Güsgen† and Arnulf Willms*†Department of General, Visceral and Thoracic Surgery, German Armed Forces Central Hospital Koblenz, Koblenz, Germany Front. Surg., 15 December 2020Sec. Visceral...
20 years of experience
Developing, manufacturing, and marketing resorbable medical devices
- Designed to help the body heal itself
- 100% synthetic
- Long-term resorbable
- Untwisted multifilament
- Biocompatible mesh
Today TIGR Matrix is used by surgeons around the world with a growing body of clinical evidence supporting its use in soft tissue reinforcement