… 3D bioprinting is the possibility of whole organ fabrication. With the help of computer-aided
design techniques, models can be designed and generated to closely mimic organ structures[…

… As we depart from the modification of current technology and begin designing 3D printers
to fabricate custom biomaterials and tissues, an expanding library of biomaterials compatible …

… viable organ-like or tissue structures in 3 dimensions.82 In general, bioprinting uses a
computer-controlled 3-D … Using different bioprinting techniques we fabricated tubular vessel-like …

… (AM) or 3D printing which uses layer-by-layer fabrication techniques with living organisms …
process within the entire vat containing photosensitive polymer. Three dimensional constructs …

… is “3D bioprinting”-based methods due to the advantages they offer over competing methods
to fabricate tissue and organ … patterning of biological entities in two and three dimensions. …

… 3D bioprinting is a reproducible bio-fabrication technology capable of generating biological
constructs similar to their native counterparts with high spatial precision and controllability (…

… This emerging biotechnology appears to be promising for advancing tissue engineering
toward functional tissue and organ fabrication for transplantation, drug testing, research …

… methods for 3D printing of scaffolds already have been successfully used for tissue engineering
applications, but the 3D fabrication of fully formed and functional organs … in 3 dimensions …

… One of the major obstacles that hinder 3D bioprinting of human-scale tissues and organs
is our ability to fabricate self-supporting structures using bioprinting. Although the vat can …

… Although inkjet-based printing has many advantages as a method for organ printing, such
as 3-D freeform fabrication, high resolution, heads for multiple materials, and low cost, it also …