AbstractTemporal bone dissection plays an important role in the training of surgeons; however, they are difficult to obtain.AimTo develop a synthetic replica of the temporal bone for dissection training.Study DesignExperimental.Materials and MethodsAn acrylic synthetic resin replica was obtained from a human temporal bone. For the evaluation of the method, we selected five ear surgeons to dissect the model in a laboratory of experimental surgery. A questionnaire was filled, assessing external appearance, the simulation of procedures (placement of ventilation tube, mastoidectomy, decompression of the facial nerve and translabyrinthine access to the internal auditory canal) and their final conclusion.ResultsThe evaluation indicated satisfacti...
Microtia is a congenital malformation affecting one in 5000 individuals and is characterized by phys...
AbstractObjectives1. To investigate the feasibility of performing case-specific surgical rehearsal u...
Objective: Comparing the feasibility of ovine and synthetic temporal bones for simulating endoscopi...
International audienceAcquiring surgical experience in the operating room is increasingly difficult....
Surgery on the temporal bone is technically challenging due to its complex anatomy. Precise anatomic...
A dissecção em ossos temporais tem papel fundamental na formação de cirurgiões e sua obtenção esbarr...
Introduction Traditionally, surgical training in otology, is imparted by dissecting harvested human ...
The temporal bone consists of complex anatomy, and the presence of various vital structures in close...
© 2016 Dr. Patorn PiromchaiIn current residency surgical training programs, residents learn by obser...
In this paper we present the current state of our research on simulation of temporal bone surgical p...
Background Lack of data regarding efficiency of simulation-based teaching, in particular high-fidel...
© 2010 Dr. Yi Chen ZhaoBackground: The training of surgeons is a critically important issue for the ...
OBJECTIVES: To assess the content validity and concurrent validity of a haptically (force feedback) ...
peer reviewedIntroduction and Aim: We aimed to evaluate high-fidelity virtual reality simulation in ...
Objectives: Temporal bone dissection is an essential part of otological surgical training. Ethical r...
Microtia is a congenital malformation affecting one in 5000 individuals and is characterized by phys...
AbstractObjectives1. To investigate the feasibility of performing case-specific surgical rehearsal u...
Objective: Comparing the feasibility of ovine and synthetic temporal bones for simulating endoscopi...
International audienceAcquiring surgical experience in the operating room is increasingly difficult....
Surgery on the temporal bone is technically challenging due to its complex anatomy. Precise anatomic...
A dissecção em ossos temporais tem papel fundamental na formação de cirurgiões e sua obtenção esbarr...
Introduction Traditionally, surgical training in otology, is imparted by dissecting harvested human ...
The temporal bone consists of complex anatomy, and the presence of various vital structures in close...
© 2016 Dr. Patorn PiromchaiIn current residency surgical training programs, residents learn by obser...
In this paper we present the current state of our research on simulation of temporal bone surgical p...
Background Lack of data regarding efficiency of simulation-based teaching, in particular high-fidel...
© 2010 Dr. Yi Chen ZhaoBackground: The training of surgeons is a critically important issue for the ...
OBJECTIVES: To assess the content validity and concurrent validity of a haptically (force feedback) ...
peer reviewedIntroduction and Aim: We aimed to evaluate high-fidelity virtual reality simulation in ...
Objectives: Temporal bone dissection is an essential part of otological surgical training. Ethical r...
Microtia is a congenital malformation affecting one in 5000 individuals and is characterized by phys...
AbstractObjectives1. To investigate the feasibility of performing case-specific surgical rehearsal u...
Objective: Comparing the feasibility of ovine and synthetic temporal bones for simulating endoscopi...