Discover how biomaterials are transforming medical treatments for the nose, enhancing structural support, function, and healing for improved patient outcomes.
Description
The nose serves as a key structure for respiration, olfaction, and filtration of airborne particles. Comprised of external structures, including the nasal bones, cartilage, and soft tissue, as well as internal components like the nasal cavity and sinuses, it plays a vital role in both breathing and smell. In medical practice, biocompatible medical biomaterials are crucial for improving interventions related to the nose, facilitating the repair and reconstruction of nasal structures, minimising complications, and promoting healing. These materials help ensure compatibility with natural tissues, thereby enhancing the effectiveness of surgical procedures.
Use Cases
- Nasal Reconstruction: Cartilage grafts and soft tissue grafts are often used to reconstruct the nasal structure following trauma or surgery, providing structural integrity and maintaining aesthetic appearance.
- Septoplasty and Rhinoplasty: Implants and tissue scaffolds are used to reshape or reinforce nasal structures, improving airflow and providing stability in both functional and cosmetic surgeries.
- Wound Healing and Closure: Specialized wound dressings and haemostatic agents are crucial in managing nasal wounds, controlling bleeding, and accelerating the healing process in trauma or post-surgical care.
- Drug Delivery for Nasal Conditions: Targeted drug delivery systems for conditions like sinusitis or nasal inflammation allow localised medication delivery, reducing systemic side effects and improving treatment efficacy.
Who will benefit from the products?
N/A
Synonyms
Nasal region, nasal cavity, olfactory organ
