Nina R. Sinatra

Papers

Total Citations

356

H-Index

About

Nina R. Sinatra is a pioneering researcher at the intersection of soft robotics and marine biology, whose work is redefining how fragile deep-sea organisms are studied and handled. Her primary research areas include ultragentle robotic manipulation, bio-inspired soft actuators, and the development of minimally invasive tools for delicate biological specimens. Sinatra’s major contribution is the creation of soft robotic grippers that can grasp gelatinous marine life—such as jellyfish and other fragile organisms—without causing physical or genetic stress. Her landmark 2019 paper, "Ultragentle manipulation of delicate structures using a soft robotic gripper," has garnered 344 citations, establishing a new paradigm for in situ deep-sea sampling. In a notable 2020 follow-up, she demonstrated that these soft robotic fingers induce minimal transcriptomic response in fragile marine animals, proving their suitability for stress-free biological studies. Sinatra’s work has profound implications for marine conservation and robotics, enabling scientists to collect and analyze specimens with unprecedented care. Her achievements have been recognized with awards for innovation in soft robotics, and her research continues to inspire new approaches to handling the ocean’s most vulnerable inhabitants.