International Society of Surgery (ISS)

Société Internationale de Chirurgie (SIC)

Integrated Societies: IATSIC | IASMEN | BSI | ISDS

DYNATRACT®: ADVANCING THE FUTURE OF DYNAMIC TRACTION IN OPEN ABDOMEN MANAGEMENT patricia.zorrilla@idival.org

PE104
DYNATRACT®: ADVANCING THE FUTURE OF DYNAMIC TRACTION IN OPEN ABDOMEN MANAGEMENT
Author Details
6
Including the presenting author
Patricia Zorrilla patricia.zorrilla@idival.org Instituto Investigación Valdecilla (IDIVAL)/Universidad de Cantabria Department of Engineering SANTANDER Spain *
Federico Castillo fcastillo7@hotmail.com Instituto de Investigación Valdecilla (IDIVAL)/Hospital Universitario Marqués de Valdecilla) General Surgery SANTANDER Spain
Fernando Quevedo fernando.quevedo@idival.org Instituto de Investigación Valdecilla (IDIVAL) Department of Engineering SANTANDER Spain
Gerardo García gerardo.garcia@idival.org Instituto de Investigación Valdecilla (IDIVAL) Department of Engineering SANTANDER Spain
Ramón Sancibrian ramon.sancibrian@unican.es Universidad de Cantabria Department of Mechanical Engineering SANTANDER Spain
Galo Peralta galo.peralta@idival.org Instituto de Investigación Valdecilla (IDIVAL) Managing Director SANTANDER Spain
 
 
 
 
 
 
Patricia Zorrilla
patricia.zorrilla@idival.org
Spain
Abstract
Oral or Poster
Open abdomen (OA) remains a major surgical challenge, often associated with high morbidity rates, prolonged ICU stays, and increased healthcare costs. Current approaches like negative pressure wound therapy (NPWT) are effective in controlling contamination and fluid balance but fall short in preventing fascial retraction and enabling early primary closure. Dynatract® is a novel dynamic traction system developed to overcome these limitations by promoting progressive approximation of fascial edges while remaining compatible with NPWT.
Following successful preclinical testing in a porcine model, which demonstrated Dynatract®’s potential to reduce fascial edge distance and improve closure conditions, the development of the system has advanced through design iterations, biocompatibility assessments, and usability testing. A structured clinical translation pathway has been defined, including CE marking and a roadmap toward FDA clearance. The project has also involved early stakeholder engagement and health economics modeling.
Dynatract® has shown safety and mechanical effectiveness in preclinical settings. Iterative design improvements based on usability outcomes and regulatory feedback have refined the device toward clinical-grade performance. A clinical trial design is currently under preparation, and manufacturing partners have been engaged to scale up production for first-in-human studies.
Dynatract® is a promising innovation poised to reshape the management of open abdomen. With a clear translational pathway that integrates regulatory, clinical, and market access strategies, it represents a robust example of surgical technology development aiming to reduce complications, hospital stays, and costs in critical care surgery.
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Category
4 Trauma & Intensive Care organized by IATSIC
4.01 Trauma surgery
Submitted
0
Abstract Prizes
No
- Presenting author must register to the congress by 30 November 2025
- Author must submit a full-length manuscript conforming to the format of orignial articles in the World Journal of Surgery WJS by 30 November 2025
No
- Author must be age 40 or younger
- One of the authors must be a member of ISDS
- Presenting author must register to the congress by 30 November 2025
- Author must submit a full-length manuscript to the World Journal of Surgery WJS by 30 November 2025
No
- Author must be age 40 or younger
- One of the authors must be a member of ISDS
- Presenting author must register to the congress by 30 November 2025
- Author must submit a full-length manuscript to the World Journal of Surgery WJS by 30 November 2025