Virtual vitreoretinal surgery: construction of a training programme on the Eyesi Surgical Simulator

Publikation: Konferencebidrag uden forlag/tidsskriftPosterForskningpeer review

Resumé

Purpose:
The purpose of this study was to test the construct validity of a full virtual reality vitreoretinal training program at the Eyesi Surgical simulator.

Design and methods:
A virtual vitreoretinal training program was composed on the Eyesi Surgical simulator, software version 2.9.2 (VRmagic GmbH, Manheim, Germany).
It was completed twice by three groups:
Group 1: Twenty medical students
Group 2: Ten ophthalmology residents
Group 3: Five vitreoretinal surgeons
The program consisted of six training modules (Figure 1):
Navigation level 2 (Nav2)
Forceps Training level 5 (ForT5)
Bimanual Training level 3 (BimT3)
Laser Coagulation level 3 (LasC3)
Posterior Hyaloid level 3 (PostH3)
Internal Limiting Membrane Peeling level 3 (ILMP3).
Construct validity for a module was obtained if the median score for Group 3 was higher than for Group 2, which in turn was higher than for Group 1.This was tested by Kruskal Wallis test by ranks.

Results:
The participants achieved higher overall score in Group 3 than Group 2 and Group 1 (Table 1).
The same applied to sub score where the participants in Group 3 scored higher than Group 2 and Group 1 in Nav2, BimT3, PostH3 and ILMP3 (Table 1).

Conclusions:
We developed a training program in virtual vitreoretinal surgery with construct validity for four out of six modules and for overall score. This makes the program a useful tool in the training of future vitreoretinal surgeons.
OriginalsprogEngelsk
Publikationsdatomaj 2016
StatusUdgivet - maj 2016
BegivenhedARVO 2016 Annual meeting -
Varighed: 1. maj 20165. maj 2016

Konference

KonferenceARVO 2016 Annual meeting
Periode01/05/201605/05/2016

Citer dette

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title = "Virtual vitreoretinal surgery: construction of a training programme on the Eyesi Surgical Simulator",
abstract = "Purpose:The purpose of this study was to test the construct validity of a full virtual reality vitreoretinal training program at the Eyesi Surgical simulator. Design and methods:A virtual vitreoretinal training program was composed on the Eyesi Surgical simulator, software version 2.9.2 (VRmagic GmbH, Manheim, Germany). It was completed twice by three groups:Group 1: Twenty medical studentsGroup 2: Ten ophthalmology residentsGroup 3: Five vitreoretinal surgeonsThe program consisted of six training modules (Figure 1):Navigation level 2 (Nav2)Forceps Training level 5 (ForT5)Bimanual Training level 3 (BimT3)Laser Coagulation level 3 (LasC3)Posterior Hyaloid level 3 (PostH3)Internal Limiting Membrane Peeling level 3 (ILMP3).Construct validity for a module was obtained if the median score for Group 3 was higher than for Group 2, which in turn was higher than for Group 1.This was tested by Kruskal Wallis test by ranks.Results:The participants achieved higher overall score in Group 3 than Group 2 and Group 1 (Table 1). The same applied to sub score where the participants in Group 3 scored higher than Group 2 and Group 1 in Nav2, BimT3, PostH3 and ILMP3 (Table 1).Conclusions:We developed a training program in virtual vitreoretinal surgery with construct validity for four out of six modules and for overall score. This makes the program a useful tool in the training of future vitreoretinal surgeons.",
author = "Vergmann, {Anna Stage} and Vestergaard, {Anders H{\o}jslet} and Jakob Grauslund",
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language = "English",
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Virtual vitreoretinal surgery: construction of a training programme on the Eyesi Surgical Simulator. / Vergmann, Anna Stage; Vestergaard, Anders Højslet; Grauslund, Jakob.

2016. Poster session præsenteret på ARVO 2016 Annual meeting, .

Publikation: Konferencebidrag uden forlag/tidsskriftPosterForskningpeer review

TY - CONF

T1 - Virtual vitreoretinal surgery: construction of a training programme on the Eyesi Surgical Simulator

AU - Vergmann, Anna Stage

AU - Vestergaard, Anders Højslet

AU - Grauslund, Jakob

PY - 2016/5

Y1 - 2016/5

N2 - Purpose:The purpose of this study was to test the construct validity of a full virtual reality vitreoretinal training program at the Eyesi Surgical simulator. Design and methods:A virtual vitreoretinal training program was composed on the Eyesi Surgical simulator, software version 2.9.2 (VRmagic GmbH, Manheim, Germany). It was completed twice by three groups:Group 1: Twenty medical studentsGroup 2: Ten ophthalmology residentsGroup 3: Five vitreoretinal surgeonsThe program consisted of six training modules (Figure 1):Navigation level 2 (Nav2)Forceps Training level 5 (ForT5)Bimanual Training level 3 (BimT3)Laser Coagulation level 3 (LasC3)Posterior Hyaloid level 3 (PostH3)Internal Limiting Membrane Peeling level 3 (ILMP3).Construct validity for a module was obtained if the median score for Group 3 was higher than for Group 2, which in turn was higher than for Group 1.This was tested by Kruskal Wallis test by ranks.Results:The participants achieved higher overall score in Group 3 than Group 2 and Group 1 (Table 1). The same applied to sub score where the participants in Group 3 scored higher than Group 2 and Group 1 in Nav2, BimT3, PostH3 and ILMP3 (Table 1).Conclusions:We developed a training program in virtual vitreoretinal surgery with construct validity for four out of six modules and for overall score. This makes the program a useful tool in the training of future vitreoretinal surgeons.

AB - Purpose:The purpose of this study was to test the construct validity of a full virtual reality vitreoretinal training program at the Eyesi Surgical simulator. Design and methods:A virtual vitreoretinal training program was composed on the Eyesi Surgical simulator, software version 2.9.2 (VRmagic GmbH, Manheim, Germany). It was completed twice by three groups:Group 1: Twenty medical studentsGroup 2: Ten ophthalmology residentsGroup 3: Five vitreoretinal surgeonsThe program consisted of six training modules (Figure 1):Navigation level 2 (Nav2)Forceps Training level 5 (ForT5)Bimanual Training level 3 (BimT3)Laser Coagulation level 3 (LasC3)Posterior Hyaloid level 3 (PostH3)Internal Limiting Membrane Peeling level 3 (ILMP3).Construct validity for a module was obtained if the median score for Group 3 was higher than for Group 2, which in turn was higher than for Group 1.This was tested by Kruskal Wallis test by ranks.Results:The participants achieved higher overall score in Group 3 than Group 2 and Group 1 (Table 1). The same applied to sub score where the participants in Group 3 scored higher than Group 2 and Group 1 in Nav2, BimT3, PostH3 and ILMP3 (Table 1).Conclusions:We developed a training program in virtual vitreoretinal surgery with construct validity for four out of six modules and for overall score. This makes the program a useful tool in the training of future vitreoretinal surgeons.

M3 - Poster

ER -