The intricate interplay of diverse tissues in complex biological structures, such as the temporomandibular joint (TMJ), requires innovative approaches to replicate their biochemical, mechanical, and structural properties for effective regeneration.
Tailored solutions are essential to address the unique nature of each patients injuries, combining advanced modeling, customized biomaterials, and localized therapeutic delivery to restore functionality in critical areas like the TMJ.
InterLynk scaffolds integrate multiple materials to mimic the microenvironment of complex multi-tissue systems, ensuring structural integrity and biofunctionality.
Human-derived platelet lysates form the foundation of our bioactive inks, promoting cell recruitment and regeneration.
InterLynk advances additive manufacturing with precise control over biomaterial spatial distribution, leveraging computational modeling, patient-specific imaging, and personalized materials to create tailored solutions for each individual.
InterLynk engages patients, clinicians, engineers, and industry experts to ensure scaffolds meet clinical and patient needs.
Topics in Cell and Tissue Engineering
DATES: February - May 2025
LOCATION: Online
Explore our groundbreaking scientific publications, engaging popular science articles, event highlights, key insights into our journey and much more.
Dive into the fascinating world of regenerative medicine with “Tissue Trek: The InterLynk Scaffold Safari”, a videogame for kids and adults alike. Embark on an enthralling quest filled with puzzles and challenges. Join Lysa in a race against time to repair a damaged jaw joint and explore the innovative science that powers InterLynk. Ready for an adventure that combines learning with fun?