Home /Research /Grid carbon intensity drives the electricity-related carbon footprint of robot-assisted radical prostatectomy: a cross-jurisdiction modelling study.
SURGICAL

Grid carbon intensity drives the electricity-related carbon footprint of robot-assisted radical prostatectomy: a cross-jurisdiction modelling study.

Drobot RB

Year
2026
Journal
Scientific reports

Keywords

robotic surgerycarbon footprintradical prostatectomygrid carbon intensityenvironmental impact

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