[Connective elements for internal organs made of biocompatible polymers]

Area of Science:

• Biomaterials Science
• Polymer Chemistry
• Surgical Innovation

Context:

• Internal organ repair necessitates advanced biocompatible materials.
• Current surgical sutures face challenges like unsealing, adhesion, and post-operative complications.
• Polymethacrylate butyl (ESB) has emerged as a promising material for connective elements.

Purpose:

• To present the technical characteristics of ESB biocompatible polymer connective elements.
• To analyze the physico-mechanical properties of ESB elements in model environments.
• To evaluate the medical and experimental results, including biodestruction, of ESB elements in animal models.

Summary:

• ESB (polymethacrylate butyl) connective elements exhibit favorable physico-mechanical properties for internal organ applications.
• Experimental and clinical studies demonstrate the biodestruction and efficacy of ESB elements.
• Analysis of 128 operations confirms high reliability of haemostasis and prevention of suture unsealing and adhesion with ESB use.

Impact:

• ESB connective elements show potential for clinical use in operating parenchymatous organs, stomatology, and traumatology.
• The use of ESB elements significantly reduces post-operative complications.
• Findings support the integration of ESB materials for enhanced surgical outcomes and patient recovery.