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The present study aimed to verify the practicability of performing screen-based surgical operations under the guidance of a real-time viewing and recording system (RTVRS) using a portable medium-soft electronic endoscope (pmsEE).The middle cerebral artery in rats was occluded under screen-imaging guidance using a pmsEE RTVRS to reproduce an animal model of human cerebral infarction.The screen imaging of the pmsEE RTVRS was clear,life-like,stereoscopic and synchronous with the actual operation.Screen-imaging guidance led to an accurate,smooth,minimally invasive and comparatively easy surgical procedure.The surgical success rate,time of model establishment,neurological function scores,and infarct volume were similar to those using an operating microscope.These results indicate that the self-designed pmsEE RTVRS could be utilized for portable endoscopic screen-based surgical operations.
The present study aimed to verify the practicability of performing screen-based surgical operations under the guidance of a real-time viewing and recording system (RTVRS) using a portable medium-soft electronic endoscope (pmsEE). The middle cerebral artery in rats was occluded under screen-imaging guidance using a pmsEE RTVRS to reproduce an animal model of human cerebral infarction. The screen imaging of the pmsEE RTVRS was clear, life-like, stereoscopic and synchronous with the actual operation. Screen- imaging guidance led to an accurate, smooth, minimally invasive and relativelyly easy surgical procedure. The surgical success rate, time of model establishment, neurological function scores, and infarct volume were similar to those using an operating microscope. The results show that the self-designed pmsEE RTVRS could be utilized for portable endoscopic screen-based surgical operations.