Explore the intricate world of the arms. An anatomical region crucial for mobility and dexterity. Learn how the use of biocompatible medical biomaterials is enhancing surgical interventions and rehabilitation in this area, paving the way for improved patient outcomes and functionality.
Description
The arms consist of the upper limbs, including the shoulders, elbows, wrists, and hands. They play a vital role in daily activities and are essential for a range of movements, from lifting and carrying to precise tasks like writing. In medical practice, interventions involving the arms often require the application of biocompatible medical biomaterials. These materials are designed to integrate seamlessly with the body, minimising rejection and complications. Their use in surgical procedures, prosthetics, and rehabilitation therapies is transforming the approach to upper limb injuries and disorders, enhancing healing and restoring functionality.
Use Cases
- Orthopaedic Surgery: In procedures such as fracture repair or joint reconstruction, biomaterials like bone substitute materials and implants are used to stabilize and support healing, improving the structural integrity of the arm.
- Soft Tissue Repair: Soft tissue grafts made from biocompatible materials are employed in surgeries to repair tendons or ligaments, facilitating better healing and reducing scar tissue formation.
- Reconstructive Surgery: In cases of trauma or congenital deformities, prosthetics and implants made from polymers and metals are used to restore form and function, allowing for greater mobility and comfort.
- Wound Management: Wound dressings and haemostatics are critical in managing surgical sites or traumatic injuries, promoting healing and preventing infection.
- Neurological Interventions: In cases of nerve damage, bioinks and tissue scaffolds are utilised in regenerative therapies, promoting nerve growth and restoring sensation and movement.
Who will benefit from the products?
N/A
Synonyms
Upper limbs, upper extremities
