Andrea Ortensi1, Andrea Panunzi2, Silvia Trombetta3, Alberto Cattaneo4, Salvatore Sorrenti5, Valerio D'Orazi6. 1. Department of General Microsurgery and Hand Surgery (Reference Center for Thyroid Surgery by the Italian Association of Endocrine Surgery Units - U.E.C. CLUB), "Fabia Mater" Hospital, Via Olevano Romano 25, 00171, Rome, Italy. Electronic address: a.ortensi@libero.it. 2. Department of General Microsurgery and Hand Surgery (Reference Center for Thyroid Surgery by the Italian Association of Endocrine Surgery Units - U.E.C. CLUB), "Fabia Mater" Hospital, Via Olevano Romano 25, 00171, Rome, Italy. Electronic address: andreapanunzi@gmail.com. 3. Department of General Microsurgery and Hand Surgery (Reference Center for Thyroid Surgery by the Italian Association of Endocrine Surgery Units - U.E.C. CLUB), "Fabia Mater" Hospital, Via Olevano Romano 25, 00171, Rome, Italy. Electronic address: siltrom03@gmail.com. 4. EL.CA. by Cattaneo Alberto, Piazza Como 14, 22070, Bregnano, CO, Italy. Electronic address: info@attrezzaturevideo.com. 5. Department of Surgical Sciences, "Sapienza" University of Rome, Italy. Electronic address: salvatore.sorrenti@uniroma1.it. 6. Department of General Microsurgery and Hand Surgery (Reference Center for Thyroid Surgery by the Italian Association of Endocrine Surgery Units - U.E.C. CLUB), "Fabia Mater" Hospital, Via Olevano Romano 25, 00171, Rome, Italy. Electronic address: info@valeriodorazi.com.
Abstract
BACKGROUND: The aim of this study was to test two different video cameras and recording systems used in thyroid surgery in our Department. This is meant to be an attempt to record the real point of view of the magnified vision of surgeon, so as to make the viewer aware of the difference with the naked eye vision. MATERIALS AND METHODS: In this retrospective study, we recorded and compared twenty thyroidectomies performed using loupes magnification and microsurgical technique: ten were recorded with GoPro® 4 Session action cam (commercially available) and ten with our new prototype of head mounted video camera. RESULTS: Settings were selected before surgery for both cameras. The recording time is about from 1 to 2 h for GoPro® and from 3 to 5 h for our prototype. The average time of preparation to fit the camera on the surgeon's head and set the functionality is about 5 min for GoPro® and 7-8 min for the prototype, mostly due to HDMI wiring cable. Videos recorded with the prototype require no further editing, which is mandatory for videos recorded with GoPro® to highlight the surgical details. CONCLUSION: the present study showed that our prototype of video camera, compared with GoPro® 4 Session, guarantees best results in terms of surgical video recording quality, provides to the viewer the exact perspective of the microsurgeon and shows accurately his magnified view through the loupes in thyroid surgery. These recordings are surgical aids for teaching and education and might be a method of self-analysis of surgical technique.
BACKGROUND: The aim of this study was to test two different video cameras and recording systems used in thyroid surgery in our Department. This is meant to be an attempt to record the real point of view of the magnified vision of surgeon, so as to make the viewer aware of the difference with the naked eye vision. MATERIALS AND METHODS: In this retrospective study, we recorded and compared twenty thyroidectomies performed using loupes magnification and microsurgical technique: ten were recorded with GoPro® 4 Session action cam (commercially available) and ten with our new prototype of head mounted video camera. RESULTS: Settings were selected before surgery for both cameras. The recording time is about from 1 to 2 h for GoPro® and from 3 to 5 h for our prototype. The average time of preparation to fit the camera on the surgeon's head and set the functionality is about 5 min for GoPro® and 7-8 min for the prototype, mostly due to HDMI wiring cable. Videos recorded with the prototype require no further editing, which is mandatory for videos recorded with GoPro® to highlight the surgical details. CONCLUSION: the present study showed that our prototype of video camera, compared with GoPro® 4 Session, guarantees best results in terms of surgical video recording quality, provides to the viewer the exact perspective of the microsurgeon and shows accurately his magnified view through the loupes in thyroid surgery. These recordings are surgical aids for teaching and education and might be a method of self-analysis of surgical technique.
Authors: F P Prete; P C Panzera; G Di Meo; A Pasculli; L I Sgaramella; G Calculli; R Dimonte; F Ferrarese; M Testini; A Gurrado Journal: Updates Surg Date: 2022-09-05
Authors: Valerio D'Orazi; Andrea Sacconi; Silvia Trombetta; Menelaos Karpathiotakis; Daniele Pichelli; Enrico Di Lorenzo; Alice Ortensi; Paolo Urciuoli; Marco Biffoni; Andrea Ortensi Journal: BMC Surg Date: 2019-04-24 Impact factor: 2.102