background image College Logo

Skip to content. | Skip to navigation

You are here: Home Museums and Archives Exhibitions Past Exhibitions Sci-Fi Surgery
Document Actions
  • Send this page to somebody
  • Print this page
  • Bookmark and Share

Sci-Fi Surgery: Medical Robots

Description of the exhibition Sci-Fi Surgery: Medical Robots in the Hunterian Museum at The Royal College of Surgeons of England

Are we on the edge of a robot revolution in medicine?

Enter the world of medical robots where surgeons can operate without even touching their patients and visionary mini-robots will creep, crawl and swim around your body, diagnosing disease and performing vital surgery.

Probot.jpg

Sci-Fi Surgery: Medical Robots is the theme for the latest exhibition in the Qvist Gallery at the Hunterian Museum. The exhibition runs from 8 September to 23 December 2009 and explores the fascinating world of medical robotics including the pioneering Probot (1991), a robot designed to aid prostate gland surgery, Freehand, a robotic camera holder for keyhole surgery as well as mini-robots designed to make their own way around the inside of the human body.

Courtesy of Imperial College London

ARES.jpgMany of these robots are still at the prototype stage. Exhibits include the prototype Robotic Camera Pill (2005). Swallowed by patients in pill form, doctors will guide the robot by remote-control, using images beamed back to a screen. Also included is the ARES Robot prototype (2009) which will require patients to swallow up to 15 different modules. Once inside the body the modules will assemble themselves into a larger device capable of carrying out surgical procedures.


© Scuola Superiore Sant’ Anna – CRIM Lab

Dr Arianna Menciassi, Associate Professor of Biomedical Robotics at Scuola Superiore Sant’Anna, Italy, explains:

“Many mini and micro-robots have biologically-inspired designs, emulating the crawling and wriggling motion of worms and insects, or the swimming motion of bacteria. We turned to biological inspiration because worms have locomotion systems suited to unstructured, slippery environments and are ideally suited for use in the human body.”

Robots and related technologies are being designed to support every area of patient care. Toumaz Technology’s ‘Digital Plaster’ 2009 monitors a patient’s vital signs and alerts doctors if results fall outside predicted ranges. Sophisticated nursebots like ‘Pearl’ and Japan’s ‘RI-MAN’ are a futuristic solution to the care needs of an increasing elderly population.

The Psychophonic Nurse.jpg



Courtesy of RIKEN Bio-Mimetic Control Research Center

The exhibition will also feature some famous medical robots from the world of science fiction, from the 1920s ‘Pyschophonic Nurse’, to Japanese Manga (printed cartoons) and Anime (animated films), and Britain’s own 2000AD, and ask whether science fiction reflects fact, or if scientists are inspired by the representation of medical robots in films, books and comics.

© Frank R. Paul estate

Sci-Fi Surgery: Medical Robots also marks the 20th anniversary of the death of Manga artist and animator Osamu Tezuka whose creations include ‘Astroboy’ and the maverick surgeon ‘Black Jack’. Tezuka trained as a doctor but never practiced, choosing to follow his dream of becoming a manga artist. Many of his stories feature medical themes and one of his earliest works, ‘The Monster on the 38th Parallel’, has miniaturised humans entering a body to fight disease and is thought to have been the inspiration for the 1966 Sci-Fi classic ‘Fantastic Voyage’.

A programme of themed Sci-Fi Surgery: Medical Robots events including anime and film screenings, discussions and robot family workshops has been created to support the exhibition.

The exhibition has been funded by the Frances and Augustus Newman Foundation, The Japan Foundation and The Japan Society.


JP_logo_small.jpg

© 2012 | The Royal College of Surgeons of England | Registered Charity no: 212808 |
35-43 Lincoln's Inn Fields, London, WC2A 3PE | Tel: +44 (0) 20 7405 3474 | Page generated 27/02/2012 23:14
CSS Compliant XHTML 1.0 Compliant