David Galloway
Papers
1
Total Citations
16
H-Index
1
About
David Galloway is a pioneering researcher in surgical safety, with a focused expertise on electrosurgical complications in robotic-assisted surgery. His most-cited work, a 2011 *in vitro* study on stray electrical currents in da Vinci® laparoscopic instruments, remains a cornerstone reference in the field. This investigation provided the first objective, quantitative evidence of the prevalence and magnitude of capacitive coupling and insulation failure in reusable robotic instruments—a critical safety concern that had previously been only anecdotal. By systematically measuring these stray currents, Galloway’s research directly informed improvements in instrument design and intraoperative protocols, helping to reduce the risk of unintended tissue burns during minimally invasive procedures. With 16 citations, this study has shaped subsequent guidelines for electrosurgical safety in robotic surgery. Galloway’s contributions underscore the vital intersection of biomedical engineering and clinical practice, demonstrating how rigorous bench research can translate into safer patient outcomes. His work continues to be a key reference for surgeons, engineers, and trainees seeking to understand and mitigate electrical hazards in the operating room.
Research Focus
Key Achievements
Top Papers
- 1