5G远程单孔机器人辅助手术多学科协同流程体系构建及情景化模拟训练OA

Objective:To construct and validate a multidisciplinary collaborative process system tailored for domestic single-port robotic systems in 5Gremote surgery,and to enhance process standardization and team coordination efficiency through scenario-based simulation training.Methods:A two-stage research of"standardized scenario-based simulation training combined with multiple rounds of simulated operational drills+simulated surgical procedures"was designed.Teams were established separately at the remote control end and the local execution end,aligned with real-world remote surgical scenarios and assignment of responsibilities.Participants were randomly assigned to the experimental group(receiving standardized scenario-based simulation training)and the control group(receiving conventional preoperative handover).Three rounds of simulated drills were conducted to compare objective metrics and subjective scores across preoperative preparation,intraoperative coordination,and emergency response between the two groups.Results:The experimental group was superior to the control group in emergency response time.Additionally,higher subjective scores on remote instruction comprehension and fluidity of collaborative performance were observed in the experimental group(P＜0.05).Conclusion:Standardized scenario-based simulation training can significantly improve team collaboration efficiency and process stability in 5Gremote single-port robot-assisted surgery.The proposed"remote control-local execution"dual-team collaborative model and training framework provide a critical practical paradigm and procedural foundation for the future deployment of remote minimally invasive surgery in grassroots and remote regions.