文献詳細
特集 今こそ知りたい! ロボット時代の腹腔鏡手術トレーニング―腹腔鏡技術認定を目指す泌尿器科医のために〈特別付録Web動画〉
〈総論〉
文献概要
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・慣習的に行われてきた模倣による技術習得を科学的に分析し,数値化・客観的な指標を示す.
・鉗子軌跡,組織への力のかけ方,姿勢,グリップ力に関しての研究を示す.
・Motion capture system,力覚センサなどの工学デバイス,またはfeedbackシステムによる効率のよい技術伝達システムの確立が望まれる.
・慣習的に行われてきた模倣による技術習得を科学的に分析し,数値化・客観的な指標を示す.
・鉗子軌跡,組織への力のかけ方,姿勢,グリップ力に関しての研究を示す.
・Motion capture system,力覚センサなどの工学デバイス,またはfeedbackシステムによる効率のよい技術伝達システムの確立が望まれる.
参考文献
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11) Yang K, et al : “Alarm-corrected” Ergonomic Armrest Use Could Improve Learning Curves of Novices on Robotic Simulator. Surg Endosc 31 : 100-106, 2016
12) Araki A, et al : Comparison of the Performance of Experienced and Novice Surgeons : Measurement of Gripping Force During Laparoscopic Surgery Performed on Pigs Using Forceps with Pressure Sensors. Surg Endosc 31 : 1999-2005, 2017
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