Objectives/Hypothesis: Until recently, tympanic facial nerve surgery had been performed using microscopic approaches, but in recent years, exclusive endoscopic approaches to the middle ear have increasingly been used, particularly in cholesteatoma surgery. The aim of this report was to illustrate the surgical anatomy of the facial nerve during an exclusive endoscopic transcanal approach. Study Design: Retrospective video review of cadaveric dissections and operations on living patients in a tertiary university referral center. Methods: Between November 2008 and July 2010, a total of 12 endoscopic cadaveric dissections were performed by an exclusive endoscopic transcanal approach. All dissections were recorded and stored in a database. In Ju...
OBJECTIVES: To determine the limits of visualization during transcanal endoscopic ear surgery (EES) ...
OBJECTIVE: To describe the outcome and feasibility of an exclusive endoscopic transcanal transpromon...
OBJECTIVES: To investigate the anatomic limitations of the endoscopic transcanal approach to sinus t...
Objectives/Hypothesis: Until recently, tympanic facial nerve surgery had been performed using micros...
Objectives/Hypothesis: Until recently, tympanic facial nerve surgery had been performed using micros...
Purpose: The pathology of the facial nerve is extremely varied and extensive knowledge of the surgic...
Hypothesis: A transcanal endoscopic approach enables visualization of the variable course of the cho...
HYPOTHESIS A transcanal endoscopic approach enables visualization of the variable course of the c...
Objectives:The stapedius muscle, tendon, and pyramidal eminence are structures within the retrotympa...
Objectives: To demonstrate different techniques in manipulating the chorda tympani nerve during endo...
Tympanic facial nerve segment surgery has been traditionally performed using microscopic approaches,...
The middle ear is located in the center of the temporal bone and bears a highly complex anatomy. The...
The middle ear is located in the center of the temporal bone and bears a highly complex anatomy. The...
Objective: The aim of this study is to describe the endoscopic anatomy of the subtympanic sinus (STS...
OBJECTIVES: To determine the limits of visualization during transcanal endoscopic ear surgery (EES) ...
OBJECTIVE: To describe the outcome and feasibility of an exclusive endoscopic transcanal transpromon...
OBJECTIVES: To investigate the anatomic limitations of the endoscopic transcanal approach to sinus t...
Objectives/Hypothesis: Until recently, tympanic facial nerve surgery had been performed using micros...
Objectives/Hypothesis: Until recently, tympanic facial nerve surgery had been performed using micros...
Purpose: The pathology of the facial nerve is extremely varied and extensive knowledge of the surgic...
Hypothesis: A transcanal endoscopic approach enables visualization of the variable course of the cho...
HYPOTHESIS A transcanal endoscopic approach enables visualization of the variable course of the c...
Objectives:The stapedius muscle, tendon, and pyramidal eminence are structures within the retrotympa...
Objectives: To demonstrate different techniques in manipulating the chorda tympani nerve during endo...
Tympanic facial nerve segment surgery has been traditionally performed using microscopic approaches,...
The middle ear is located in the center of the temporal bone and bears a highly complex anatomy. The...
The middle ear is located in the center of the temporal bone and bears a highly complex anatomy. The...
Objective: The aim of this study is to describe the endoscopic anatomy of the subtympanic sinus (STS...
OBJECTIVES: To determine the limits of visualization during transcanal endoscopic ear surgery (EES) ...
OBJECTIVE: To describe the outcome and feasibility of an exclusive endoscopic transcanal transpromon...
OBJECTIVES: To investigate the anatomic limitations of the endoscopic transcanal approach to sinus t...