… , also known as 3D printing. This paper demonstrates that it is important to follow the
vascular design by nature as close as possible when 3D printing artificial vascular branches. In …

… structure, to be manufactured by a combination of micro-scale 3D printing (inkjet printing)
or nano-scale stereolithography (multi-photon polymerisation), will be embedded in the …

… a variety of biologically derived or synthetic polymers. Various … a layer, the T-junctions at
each generation are identical and … for the application of 3D printed vascular-like structures for …

… Low crystalline 3D printed PLA exhibited a better mechanical … in the 3D printed blood vessels
are related to less vascular … the YS group (the presence of the junction with a steep angle) …

… associated with blood vessel tissue engineering with the … bio)printing approaches for
fabricating artificial blood vessels… In another interesting study, the researchers utilized a 3D printer …

… , often referred to as ‘3D printing’, are currently tested with … of functional, artificial blood vessel
systems. Additionally, the … , (E) serial y-junctions and curved filaments were also fabricated, …

… 3D printed inserts to control size and shape of our vascular constructs, and is rooted in our
research group’s long standing expertise in cell sheet engineering … adherens junctions had …

… endothelial cell-cell junctions as visualized by … artificial production of vascular structures
considering functionality, complexity, and adaptability for the potential use in tissue engineering …

… This drawback potentially limits the sizes of 3D-printed cardiovascular tissues including
artificial hearts. Interestingly, however, several recent studies indicated that rationally-designed …

… optimisation design for artificial vascular networks. The optimised … of a vascular bifurcation,
such as bifurcation angles, junction … The results of the 3D printed design in preliminary in vitro …