Abstract

Sujit R. Patil*, Kunal B. Patil, Vivek A. Patil, Rupesh V. Baviskar, Jayesh T. Nimbalkar, Yash P. Kulkarni and Rutuja K . Patil

ABSTRACT

Personalized medicine joins a new frontier in the development of treatment arrangements that take into account the personality, medical history and physiology. Precision medicine has gained a foothold in the medical field thanks to the use of revolutionary 3D printing technology. Compared to conventional methods, 3D printing allows for rapid production, design and printing. Pharmaceutical manufacturers are experimenting with creating compounds by layer-by-layer of pre-defined compatible polymers in various geometries, thicknesses, profiles and designs.[1] As this integrated and innovative technology continues to grow, patient-centered medical devices, prostheses and implants must comply with regulations and requirements to enter the market. This review explores the basics of 3D printing before diving into the techniques and strategies. The beam of light is on the logic of self-therapy. Applications of 3D printed integrated delivery and devices include dose tailoring, multidrug combinations, variable delivery systems, medical implants and population-specific diagnostics. Finally, some barriers and regulatory perspectives for 3D printing in the development of relevant drugs will be discussed.[1]