![]() Using bioprinting technology, scientists may print living de novo organs like heart, livers, kidneys, lungs, and skin, which would, therefore, reduce the organ transplant shortage. The last decade witnessed significant progress in the bioprinting arsenal with many ground-breaking innovations that makes 3D bioprinting one of the most exciting and promising technologies that could impact many medical applications. For example, the 3d bioprinter could be evolved as an integrated surgical tool for in situ printing ( 5). Therefore, the engineering of the modular 3d bioprinter is advancing with high-speed pace. 3d bioprinting benefits from the well-established printing technology.3d bioprinting is amenable to automation and scalable technology that would enable the mass production of tissue/organ from standard building blocks ( 4). ![]()
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