Bioinks to 3D print microenvironments that mimic the physical and biochemical properties of lung tissue

Webinar

The lung’s cellular environment is incredibly complex, with physical and biochemical signals constantly shaping cell behavior. Reproducing these interactions in vitro remains a major challenge, especially when existing bioinks lack the printability and flexibility needed to accurately model healthy and diseased tissue. 

Discover a next-generation 3D bioprinting bioink platform designed to overcome key limitations of conventional bioinks. Learn how tunable physical and biochemical properties, high print fidelity, and strong cell viability can be combined to create more physiologically relevant lung tissue models, including applications in lung fibrosis research.

Key takeaways

• Understand how physical and biochemical microenvironmental cues influence lung cell behavior and tissue function.
• Learn strategies to improve bioink printability, tunability, and long-term cell viability.
• Explore approaches for engineering physiologically relevant 3D lung tissue microenvironments.
• Discover applications of advanced bioinks in lung fibrosis and other pulmonary disease models.
• Gain insights into developing more predictive in vitro platforms for drug discovery and translational research.

Who should attend

Researchers, tissue engineers, cell biologists, and translational scientists interested in advanced in vitro models, regenerative medicine, and pulmonary disease research.