3D BIOPRINTING - RECENT ADVANCES IN TISSUE REGENERATION

Abstract

The scarcity of organs for transplantation has been a significant problem for the healthcare sector for years. Despite technical advances, too many patients are still waiting for organ transplants compared to the number of qualified donors. Numerous lives are lost; as a result, every year worldwide. Successful organ transplantation is further restricted because of the expense of the procedure and the possibility of immunological rejection. Fortunately, 3D bioprinting technology has become a viable answer to this urgent need. 3D bioprinting technology can completely transform healthcare systems by making it possible to produce tissues and organs unique to each patient. These technologies make it feasible to construct complex, useful biological structures, opening the door to the production of tissues and organs that closely resemble the anatomy and physiology of the human body. With an
emphasis on tissue engineering and synthetic organ printing, we examine the most recent advancements in 3D bioprinting technology and their applications in healthcare systems in this review paper. This review summarises the work of many scientists who have made significant contributions to the field of 3D Bioprinting, examining their methods for
designing and printing intricate biological structures, the biomaterials they use, and the strategies they use to improve cell viability and functionality.