A modular wireless in vivo surgical robot with multiple surgical applications.
The use of miniature in vivo robots that fit entirely inside the peritoneal cavity represents a novel approach to laparoscopic surgery. Previous work demonstrates that both mobile and fixed-based robots can successfully operate inside the abdominal cavity. A modular wireless mobile platform has also been developed to provide surgical vision and task assistance. This paper presents an overview of recent test results of several possible surgical applications that can be accommodated by this modular platform. Applications such as a biopsy grasper, stapler and clamp, video camera, and physiological sensors have been integrated into the wireless platform and tested in vivo in a porcine model. The modular platform facilitates rapid development and conversion from one type of surgical task assistance to another. These self-contained surgical devices are much more transportable and much lower in cost than current robotic surgical assistants. These devices could ultimately be carried and deployed by non-medical personnel at the site of an injury. A remotely located surgeon could use these robots to provide critical first response medical intervention.
University of Nebraska-Lincoln, Department of Mechanical Engineering, NE, USA. jhawks1@bigred.unl.edu
Jeff A
JA
Hawks
Mark E
ME
Rentschler
Shane
S
Farritor
Dmitry
D
Oleynikov
Stephen R
SR
Platt
D010535:Laparoscopy / Q000379:methods; D008904:Miniaturization; D010529:Peritoneal Cavity / Q000601:surgery; D012371:Robotics; D025321:Surgery, Computer-Assisted; D013685:Telecommunications