… Taking advantage of the high printing accuracy that can be achieved using this hybrid
support medium, we were able to fabricate complex multimaterial geometries and cellular …

… Due to the different fabrication processes in forming fundamental printed units (voxels), the
… of a 3D engineered tissue or organ. Lastly, moving toward complex tissue printing involves …

… complex human tissues and organs, automated tissue-based in vitro assays for clinical
diagnostics, drug discovery and drug toxicity, and complex … in organ-printing technology, outlines …

… 3D printing of a complex and large 3D organ such as a kidney is currently beyond our … of
3D bioprinted large and complex tissue types. The mini-tissue building block approach to 3D …

… To answer this question we define our goal as the successful reduction of complex tasks of
organ tissue engineering into a series of simple, testable prototypes and pilot projects. Thus, …

… , J., de Wijn, JR, Hennink, WE, Verbout, AJ, and Dhert, WJA Hydrogels as extracellular
matrices for skeletal tissue engineering: state-of-the-art and novel application in organ printing. …

… the 3D tissue/organ printing, one of the most important challenges is to reproduce the
complex micro-architecture and components of the extracellular matrix (ECM) with spatial control …

… of complex 3D functional living tissues or artificial organs. While still … complex pattern in one
layer is, the printing time is the same because the entire pattern is projected over the printing …

… As written in the above-cited influential review, “There is no point in designing a system that
will facilitate complex tissue regeneration if that tissue is ultimately destroyed by the influx of …

… As stated above, 3D printing technology is a remarkable new invention developed for
complex tissue/organ manufacturing. The 3D printing technologies encompasses a number of …