Image-guided Temporal Bone Dissection Course

Abstract Introduction Temporal bone anatomy is complex and demands a profound anatomical knowledge. Association between surgery and imaging helps in the process of learning three-dimensional (3D) anatomy and surgical techniques. High definition temporal bone imaging can play an important role in dissection training. Objective To describe a computed tomography (CT) image-guided temporal bone dissection course for surgical training in otolaryngology and to verify the satisfaction level of the students with the course. Methods Descriptive research. The course took place at a research laboratory, with three experienced temporal bone surgeons. The participants were 12 otolaryngology residents. The laboratory has 7 modern workstations with microscope and monitors linked with a computerized video system. Cadaveric temporal bones were donated to the university. Imaging acquisition of the cadaveric temporal bones used in the course was performed in a multislice CT scanner. The CT images of cadaveric temporal bones were available with real-time access on the laboratory monitor’s screens during dissections. Results A total of 13 temporal bones were included for dissection. Students had the opportunity to view on the same screen, simultaneously, both the dissection video and the respective CT images of their temporal bone anatomical specimens. This allowed correlating surgical and imaging aspects of temporal bone anatomy. At the end of the course, participants answered a satisfaction survey. Conclusion Considering imaging methods are routinely used during most otologic surgeries, detailed knowledge of CT imaging should be explored in conjunction with the temporal bone anatomical dissection.

Saved in:
Bibliographic Details
Main Authors: Ribeiro,Diego Sgarabotto, Jotz,Geraldo Pereira, Sousa,Natália Cândido de, Setogutti,Enio Tadashi, Isolan,Gustavo Rassier, Stefani,Marco Antonio, Bento,Ricardo Ferreira, Lavinsky,Joel
Format: Digital revista
Language:English
Published: Fundação Otorrinolaringologia 2021
Online Access:http://old.scielo.br/scielo.php?script=sci_arttext&pid=S1809-48642021000400594
Tags: Add Tag
No Tags, Be the first to tag this record!
id oai:scielo:S1809-48642021000400594
record_format ojs
spelling oai:scielo:S1809-486420210004005942021-12-15Image-guided Temporal Bone Dissection CourseRibeiro,Diego SgarabottoJotz,Geraldo PereiraSousa,Natália Cândido deSetogutti,Enio TadashiIsolan,Gustavo RassierStefani,Marco AntonioBento,Ricardo FerreiraLavinsky,Joel temporal bone dissection anatomy computed tomography Abstract Introduction Temporal bone anatomy is complex and demands a profound anatomical knowledge. Association between surgery and imaging helps in the process of learning three-dimensional (3D) anatomy and surgical techniques. High definition temporal bone imaging can play an important role in dissection training. Objective To describe a computed tomography (CT) image-guided temporal bone dissection course for surgical training in otolaryngology and to verify the satisfaction level of the students with the course. Methods Descriptive research. The course took place at a research laboratory, with three experienced temporal bone surgeons. The participants were 12 otolaryngology residents. The laboratory has 7 modern workstations with microscope and monitors linked with a computerized video system. Cadaveric temporal bones were donated to the university. Imaging acquisition of the cadaveric temporal bones used in the course was performed in a multislice CT scanner. The CT images of cadaveric temporal bones were available with real-time access on the laboratory monitor’s screens during dissections. Results A total of 13 temporal bones were included for dissection. Students had the opportunity to view on the same screen, simultaneously, both the dissection video and the respective CT images of their temporal bone anatomical specimens. This allowed correlating surgical and imaging aspects of temporal bone anatomy. At the end of the course, participants answered a satisfaction survey. Conclusion Considering imaging methods are routinely used during most otologic surgeries, detailed knowledge of CT imaging should be explored in conjunction with the temporal bone anatomical dissection.info:eu-repo/semantics/openAccessFundação OtorrinolaringologiaInternational Archives of Otorhinolaryngology v.25 n.4 20212021-12-01info:eu-repo/semantics/articletext/htmlhttp://old.scielo.br/scielo.php?script=sci_arttext&pid=S1809-48642021000400594en10.1055/s-0040-1716573
institution SCIELO
collection OJS
country Brasil
countrycode BR
component Revista
access En linea
databasecode rev-scielo-br
tag revista
region America del Sur
libraryname SciELO
language English
format Digital
author Ribeiro,Diego Sgarabotto
Jotz,Geraldo Pereira
Sousa,Natália Cândido de
Setogutti,Enio Tadashi
Isolan,Gustavo Rassier
Stefani,Marco Antonio
Bento,Ricardo Ferreira
Lavinsky,Joel
spellingShingle Ribeiro,Diego Sgarabotto
Jotz,Geraldo Pereira
Sousa,Natália Cândido de
Setogutti,Enio Tadashi
Isolan,Gustavo Rassier
Stefani,Marco Antonio
Bento,Ricardo Ferreira
Lavinsky,Joel
Image-guided Temporal Bone Dissection Course
author_facet Ribeiro,Diego Sgarabotto
Jotz,Geraldo Pereira
Sousa,Natália Cândido de
Setogutti,Enio Tadashi
Isolan,Gustavo Rassier
Stefani,Marco Antonio
Bento,Ricardo Ferreira
Lavinsky,Joel
author_sort Ribeiro,Diego Sgarabotto
title Image-guided Temporal Bone Dissection Course
title_short Image-guided Temporal Bone Dissection Course
title_full Image-guided Temporal Bone Dissection Course
title_fullStr Image-guided Temporal Bone Dissection Course
title_full_unstemmed Image-guided Temporal Bone Dissection Course
title_sort image-guided temporal bone dissection course
description Abstract Introduction Temporal bone anatomy is complex and demands a profound anatomical knowledge. Association between surgery and imaging helps in the process of learning three-dimensional (3D) anatomy and surgical techniques. High definition temporal bone imaging can play an important role in dissection training. Objective To describe a computed tomography (CT) image-guided temporal bone dissection course for surgical training in otolaryngology and to verify the satisfaction level of the students with the course. Methods Descriptive research. The course took place at a research laboratory, with three experienced temporal bone surgeons. The participants were 12 otolaryngology residents. The laboratory has 7 modern workstations with microscope and monitors linked with a computerized video system. Cadaveric temporal bones were donated to the university. Imaging acquisition of the cadaveric temporal bones used in the course was performed in a multislice CT scanner. The CT images of cadaveric temporal bones were available with real-time access on the laboratory monitor’s screens during dissections. Results A total of 13 temporal bones were included for dissection. Students had the opportunity to view on the same screen, simultaneously, both the dissection video and the respective CT images of their temporal bone anatomical specimens. This allowed correlating surgical and imaging aspects of temporal bone anatomy. At the end of the course, participants answered a satisfaction survey. Conclusion Considering imaging methods are routinely used during most otologic surgeries, detailed knowledge of CT imaging should be explored in conjunction with the temporal bone anatomical dissection.
publisher Fundação Otorrinolaringologia
publishDate 2021
url http://old.scielo.br/scielo.php?script=sci_arttext&pid=S1809-48642021000400594
work_keys_str_mv AT ribeirodiegosgarabotto imageguidedtemporalbonedissectioncourse
AT jotzgeraldopereira imageguidedtemporalbonedissectioncourse
AT sousanataliacandidode imageguidedtemporalbonedissectioncourse
AT setoguttieniotadashi imageguidedtemporalbonedissectioncourse
AT isolangustavorassier imageguidedtemporalbonedissectioncourse
AT stefanimarcoantonio imageguidedtemporalbonedissectioncourse
AT bentoricardoferreira imageguidedtemporalbonedissectioncourse
AT lavinskyjoel imageguidedtemporalbonedissectioncourse
_version_ 1756433696471121920