Bio-Embedded 3D Coaxial Bioprinting Advances Brain Vessel Modeling with Enhanced ECM Bioinks

3D bioprinted stenotic brain vessel with enhanced extracellular matrix bioink and live cells

What Happened Researchers have developed a novel bio-embedded 3D coaxial bioprinting technique to fabricate stenotic brain vessels using a mechanically enhanced extracellular matrix (ECM) bioink. This breakthrough, detailed in a recent Advanced Functional Materials article by Park et al. published via Wiley, enables the in vitro study of how hemodynamic forces influence endothelial cell responses … Read more

Revolutionizing Brain Vessel Bioprinting: Embedded 3D-Coaxial Bioinks Enhance Hemodynamic Studies

What Happened? A recent publication by Wiley highlights a significant advancement in the field of bioprinting with the development of an embedded 3D-coaxial bioprinting technique tailored for stenotic brain vessels. This breakthrough utilizes a mechanically enhanced extracellular matrix (ECM) bioink designed to better mimic the natural environment of brain vasculature. The research focuses on investigating … Read more

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