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Rabi R. Datta
,
S Schönhage
,
D Dratsch
,
Seung‐Hun Chon
,
Roger Wahba
,
Florian Gebauer
,
Georg Dieplinger
,
Dirk L. Stippel
,
R. Kleinert
,
Christiane J. Bruns
,
Patrick Sven Plum
,
Hans F. Fuchs
,
Thomas J. Hoffmann
,
V Kimmerling
,
Martin Dürsch
,
H. J. Schlitt
,
Matthias Hornung
,
Dirk Weyhe
,
Verena Uslar
,
Felix Weyhe
,
Maximilian Kaluschke
,
Gabriel Zachmann
,
Lena Seifert
,
Karl‐Friedrich Kowalewski
,
Mona Wanda Schmidt
,
Karl Felix Köppinger
,
Beat P. Müller‐Stich
,
Felix Nickel
,
Sophia M. Schmitz
,
Hanna Schröder
,
Anne Andert
,
A Röth
,
C. D. Klink
,
Uwe Neumann
,
Niklas B. Steuer
,
Claudio Luisi
,
Lasse J. Strudthoff
,
M Holtsträter
,
Ulrich Steinseifer
,
Günther A. Wagner
,
Jutta Arens
,
Saša Sopka
·
YOU?
·
· 2019
· Open Access
·
· DOI: https://doi.org/10.1515/iss-2019-2002
· OA: W4247590609
YOU?
·
· 2019
· Open Access
·
· DOI: https://doi.org/10.1515/iss-2019-2002
· OA: W4247590609
Background:Minimally invasive single port surgery was associated with large incisions up to 2-3cm, complicated handling due to the lack of triangulation, and instrument crossing.Recently, the new surgical platform SymphonX has been introduced to the market, eliminating these disadvantages.Aim of this prospective single center study was to evaluate the learning curve of medical students using a new surgical platform that allows for triangulation incorporating robotic features and that can be introduced through only one 15mm trocar.
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