Veena Kander, Joanne Hardman, Jo M Wilmshurst
Understanding the landscape of electrophysiology services for children in sub-Saharan Africa
Epileptic disorders : international epilepsy journal with videotape
threedimensional 3d printing offers innovative option produce clinical simulators low production costs widespread availability aimed develop lowcost 3d printed knottying simulator overcomes barriers students face selfdirected skills development medical students completing procedural residency preparation course prpc completed presurvey likert scales multiple choice questions assess perceptions barriers selfdirected knottying practice subsequently 3d printed knottying simulator contains progression knottying challenges designated video curriculum designed utilising simulator 1hour facultyguided knottying session prpc students assessed educational utility usability simulator via postsurvey primary barriers students faced engaging selfdirected knottying practice included limited accessibility simulators insufficient knowledge knottying techniques many students 913 n 21 agreed practicing simulator improved knottying motor skills easy use 100 n 23 twentytwo 957 students agreed would continue use simulator beyond knottying session prpc demonstrate educational utility usability novel 3d printed knottying simulator medical education enabling students engage selfdirected technical skills development critical developing surgical skills translate clinical environments simulator highlights benefits 3d printers innovative inexpensive option improve availability accessibility medical education tools