Explore how biomaterials enhance treatments for the torso, supporting vital structures and improving recovery.
Description
The torso, encompassing the chest and abdominal areas, plays an important role in housing vital organs such as the heart, lungs, liver, and digestive system. In medical practice, interventions targeting the torso often require the use of biocompatible medical biomaterials. These materials are engineered to interact with biological systems without causing adverse reactions, thereby improving the efficacy of surgical procedures and patient recovery. The integration of biomaterials in treatments not only enhances the functionality of implants and grafts but also supports tissue regeneration and repair, leading to better overall health outcomes.
Use Cases
Cardiac Surgery: Biomaterials such as polymers and composites are used in heart valve replacements and stents. They enhance biocompatibility and reduce the risk of rejection.
Pulmonary Interventions: In lung surgeries, bioinks and tissue scaffolds are used to promote the regeneration of lung tissue, improving respiratory function post-surgery.
Abdominal Surgery: Soft tissue grafts made from biocompatible materials help repair hernias and support organ reconstruction, facilitating better healing and integration with surrounding tissues.
Vascular Surgery: Haemostatics and wound dressings are critical in managing bleeding during and after procedures, while implants made from metals or polymers support vascular integrity.
Oncological Procedures: Biomaterials are employed in tumour resections and reconstructions, aiding in tissue repair and minimising complications.
Who will benefit from the products?
N/A
Synonyms
Trunk, torso region
