… clinical translation of tissue engineered constructs. … of bioprinting of vascular and vascularized
tissue constructs. The review is structured as introducing the scope of bioprinting in tissue …

… and tissue functionality of the 3D-bioprinted tissue constructs with decellularized extracellular
matrix are important evaluation methods for understanding the success of bioprinting. …

… tissues were successfully fabricated in the lab as a proof of principle, a fully-functional life-size
human organ fabrication … placenta are good prospective cells for organ fabrication. In the …

… engineering methods, and become a promising solution for tissue … of bioprinting in producing
tissues and organoids, and discuss the future directions and challenges of 3D bioprinting. …

… for organ fabrication and discuss its recent advances aimed at overcoming these challenges.
In addition, we delineate the expected future techniques for printing live tissue or organ …

… Finally, different 3D bioprinting modalities can be used to fabricate tissue constructs. … of
design and fabrication elements [101]. For example, bioprinted tissue constructs utilizing uniform …

… of 3D bioprinting to tissue engineering. We first discuss the general strategies for printing
functional tissue/organ constructs. We then describe different types of bioprinting with a focus …

… cell technology with bioprinting opens new avenues … fabrication of patient-specific tissue
models. We review the most recent progress in bioprinted tissue/organ models aimed at tissue …

… organs. This review paper, sheds light on the current state of the art of bioprinting technology,
various bioprinters used and focuses on the potential applications of bioprinted tissues in …

… In the last decade, 3D bioprinting technology emerged as a … of organ fabrication, to obtain
very similar 3D human tissues, not … 3D bioprinting allowed the fabrication of 3D alive structures …