Brian D. Coffin

The paper develops HemoLens, a low-cost open-source pressure myography system for characterizing vascular mechanics in native and engineered blood vessels.

The paper develops a 3D bioprinting method to create microfluidic collagen-based scaffolds that support vascularized, pancreatic-like tissue systems for disease modeling and drug discovery.

This study uses FRESH 3D bioprinting to engineer complex skeletal muscle architectures that mimic native structures and exhibit contractile functionality.