Anthony Atala

Wake Forest University, Atrium Health Wake Forest Baptist

Papers

Total Citations

654

H-Index

About

Anthony Atala is a pioneering figure in regenerative medicine and tissue engineering, best known for his groundbreaking work in bioprinting and urologic reconstruction. His research centers on developing functional, lab-grown tissues and organs to replace damaged or diseased ones, with a particular focus on bladder, kidney, and cartilage repair. Atala’s major contributions include the first successful implantation of a lab-grown bladder into a human patient and the creation of the Integrated Tissue and Organ Printing System (ITOP), which enables the fabrication of 3D, vascularized tissues. His highly cited work, such as the 2012 study on hybrid printing for cartilage tissue engineering (623 citations), demonstrates his leadership in advancing bioprinting techniques that combine mechanical strength with biological viability. Atala has also pioneered robotic-assisted surgical methods, as reflected in his work on ureteral reimplantation. With over 800 peer-reviewed publications and numerous awards, including the Christopher Columbus Foundation Award, Atala’s research has fundamentally reshaped the possibilities for organ replacement and tissue repair, inspiring a new generation of bioengineers and surgeons.