ISSN 2051-7726
Vol. 11, Issue 1, 2024April 19, 2024 BST
A realistic and diathermable 3D printed model for cholecystectomy incorporating the “Moynihan hump” origin of the cystic artery
A realistic and diathermable 3D printed model for cholecystectomy incorporating the “Moynihan hump” origin of the cystic artery
Articles in Vol. 11, Issue 1, 2024
Vol. 11, Issue 1, 2024
- A realistic and diathermable 3D printed model for cholecystectomy incorporating the “Moynihan hump” origin of the cystic arteryAshokkumar SingaraveluChristian MylesDermot F. BroughamJames F.X. Jones
- The use of augmented reality in laparoscopic surgical training: an overviewCourtney LudickDavid RawafAhmet OmurtagBen SimpsonAhmed SwealemAli Waleed Khalid
- Resident education in urogynecologic procedures through stepwise simulation: puerperium to prolapseNicole WoodCecile A. FerrandoVicki ReedErin Higgins
- SuSiPed 2.0: the next step towards a future practical examination for pediatric minimally invasive surgeryJulia HaehlSophia JahrstorferAndreas LindnerJan GödekeOliver Muensterer
- Design and development of a lower cost, customizable simulator for resuscitative endovascular balloon occlusion of the aorta (REBOA) trainingAxel B. LichtenbergJoseph WeinbergFrank Bauer
- Live orthopaedic trauma streaming: the use of virtual live streaming technology in surgery to improve orthopaedic training post COVID-19Francesca HillBenjamin DaviesEmma TheobaldSamirul Imam
- Use of the Eyesi virtual reality simulator during and after the COVID-19 pandemic and its relevance to phaco-emulsification surgery future training planningAli Hadi Al Hassany
Singaravelu, Ashokkumar, Christian Myles, Dermot F. Brougham, and James F.X. Jones. 2024. “A Realistic and Diathermable 3D Printed Model for Cholecystectomy Incorporating the ‘Moynihan Hump’ Origin of the Cystic Artery.” Journal of Surgical Simulation 11 (1): 1–10. https://doi.org/10.1102/2051-7726.2024.0001.