Photo of Kamil Elkhoury

Biotechnology & medicine

Kamil Elkhoury

A 3D-printed, biologically active scaffold mimicking meniscus properties for customizable knee tissue repair and regeneration.

Year Honored
2024

Organization
New York University Abu Dhabi

Region
MENA

Hails From
Lebanon

MeniscoGel is an innovative solution designed to address the challenges of meniscus injuries. This 3D-printed, dual-crosslinked hydrogel scaffold is tailored to each patient, replicating the mechanical properties and structure of the native meniscus. Leveraging advanced biomaterials, MeniscoGel provides exceptional biocompatibility, strength, and flexibility to support the repair and regeneration of meniscal tissue. The scaffold’s unique formulation promotes cellular integration and chondrogenic differentiation while offering immunomodulatory properties that reduce inflammation and encourage healing. Its customizable design ensures precise fit and functionality, making it a promising alternative to conventional treatments like meniscectomy or donor transplants. By combining cutting-edge 3D bioprinting technology with bioactive materials, MeniscoGel represents a transformative approach to orthopedic medicine, offering improved patient outcomes and a reduced risk of complications such as osteoarthritis.

The future plans for MeniscoGel focus on advancing it from the research lab to clinical application. The next steps involve conducting extensive preclinical and clinical trials to validate its safety, efficacy, and long-term performance in meniscal repair and regeneration.