Geometry Meets the Gauze: An Optimal Strategy for Laparoscopic Precision Cutting
A new analytical study derives an optimal, geometry-based strategy for the Fundamentals of Laparoscopic Surgery precision cutting task, identifying six ...
A new analytical study derives an optimal, geometry-based strategy for the Fundamentals of Laparoscopic Surgery precision cutting task, identifying six ...
A survey of 61 Malaysian otorhinolaryngology residents found that soft body cadavers were perceived as more effective than formalin-preserved specimens ...
Researchers validated a 53-cent cricothyroidotomy simulator built from slime, an egg carton and a water bottle, showing it can reliably ...
A medical student-led surgical simulation program costing under $1,000 per year significantly improved and sustained medical students' confidence in the ...
A decade-long national program that brings hands-on surgical training to high school students has grown into one of the largest ...
A validation study from Venezuela shows that a low-cost inanimate simulator can reliably discriminate expert surgeons from medical students during ...
A new study finds that most 3D printed skull model materials are far too stiff or too soft to mimic ...
A pilot study found that a novel sternotomy simulator with directed teaching significantly improved surgical trainees' accuracy, technique, preparedness and ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine