Mark A. Skylar‐Scott

The paper introduces GEM multinozzle printheads to accelerate ink formulation by enabling parallelized printing and combinatorial ink mixing for complex 3D structures.

This paper introduces pCAST, a method to create perfusable vascular networks in 3D tissues, and shows it improves oxygen distribution and tissue viability.

The paper develops a novel bioprinting system called Hybprinter-SAM to create functionally graded tissue constructs with patterned biochemical signals, demonstrating its application in bone-tendon regeneration.

The paper identifies a primed endothelial progenitor that requires VEGF/ERK inhibition to differentiate into vein endothelial cells, revealing a two-step process for vein development.

This paper introduces a soft robotics-driven method to achieve programmable 3D cell alignment in bioprinted tissue through dynamic mechanical stimulation.