… bioprinting strategies currently used for 3D tissue/organ engineering with an emphasis on
the impact of 3D printer process parameters on the bioprinted … to print 3D tissue models, and …

… tissues/organs properties, the design must take into account the capabilities and properties
of the bioprinting systems (both bioinks and bioprinters), which we discuss next in detail. …

… Bioprinting techniques have undergone great advancements in the field of … artificial
organs and transplantable tissues. This review paper aims to provide an overview of 3D-bioprinting …

… not need any bioreactor for tissue maturation in vitro. In summary, we envision that 3D
bioprinting would play a crucial role in fabricating functional tissues and organs, which can be …

… , bioprinting has emerged as a technology within tissue engineering; it is a two-dimensional
(2D) or three-dimensional (3D) fabrication … Using bioprinting technology, tissue- or organ-like …

… for solid organ fabrication. One is decellularization of cadaveric organs followed by
repopulation with terminally differentiated or progenitor cells. The other is 3D bioprinting to deposit …

… In this review, we highlight the bioprinting of tissue and organ units to … bioprinting techniques
and biomaterials. Furthermore, we cover the importance of understanding tissue and organ …

… Despite great progress in bioprinting research through the … art in organ bioprinting for
regenerative medicine and discusses the sequential steps required to transplant bioprinted tissues …

… printing parameters and refinement of the tissue maturation process. Lastly, we address the
outlook of deep learning in fabrication and maturation of 3D bioprinted tissues and organs. …

… of 3D bioprinting and the in vivo functionality of the tissue may … specific functional and
tissueregenerative characteristics of … them for scaffold fabrication using 3D-bioprinting techniques. …