Next-Generation Therapeutics: The Role of 3D Bioprinting in Personalized Tissue Engineering

Abstract: Over the past decade there has been enormous progress address patient -specific disease complications to develop personal means strategies. Especially the emergence of 3D bioprinting for tissue and in vitro models of the limb engineering offers new opportunities to improve personal medicine. However, power bioprinter structures are yet to be able to fulfill the final target: with a physically realistic organ mature biological functions. Current biopriming approaches have technical challenges Accurate cell deposits, effective discrimination, proper convection and innovation. This review Introduce the principles and realities of bioprinting with strong attention to the major technology including extruding pressure and digital light treatment (DLP). We discussed further Bioprinter constructions. Transplantation for regenerative therapy and in vitro with high thruput drug growth models Drugs. Although no size-passage approach for bio prinks and the promising results of initial studies have shown that bioprinting can serve as a Empowering technology to solve important challenges in personal medicine Keywords: biopics; Biome material; Drug discovery; Individuals; Accurate drug; regenerative medicine; Original cell