Anthony Dome
Papers
1
Total Citations
5
H-Index
1
About
Anthony Dome is pioneering the convergence of bioengineering and robotic surgery to transform cardiac regeneration. His research centers on developing minimally invasive delivery systems for bioengineered cardiac patches—a paradigm-shifting approach to repairing damaged heart tissue without the trauma of open-heart surgery. In his landmark 2022 proof-of-concept study, Dome demonstrated the first robotic transplantation of cardiac patches in a porcine cadaver model, achieving 5 citations for this foundational work. This initial success establishes the technical feasibility of deploying regenerative patches through robotic ports, potentially enabling scarless cardiac repair in future clinical applications. By addressing the critical translational gap between patch bioengineering and surgical delivery, Dome’s work promises to make cardiac tissue regeneration accessible through minimally invasive procedures. His ongoing research continues to refine instrument designs and surgical workflows, with the ultimate goal of bringing robotic patch transplantation from the lab to the operating room—offering new hope for patients with damaged hearts who currently face only open surgery or transplantation.
Research Focus
Key Achievements
Top Papers
- 1