Congenital malformations of the external and middle ear: high-resolution CT findings of surgical import

Jd, Swartz; En, Faerber

doi:10.2214/ajr.144.3.501

Cited by 86 publications

(58 citation statements)

References 13 publications

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“…70-90%), it is unilateral [11]. In cases of unilateral microtia patients, most researchers contend that the ideal reconstructed ear model is an equal-sized mirror-image of the contralateral normal ear [10].…”

Section: Discussionmentioning

confidence: 99%

A New Three-Dimensional Template for the Fabrication and Localization of an Autogenous Cartilage Framework during Microtia Reconstruction

Chen

Fu²,

Yang³

et al. 2015

ORL

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Aims: To assist with the accurate fabrication and localization of a costal cartilage framework for auricular reconstruction, three-dimensional (3D) digital and solid templates including the auricle and guide plate were made for microtia patients. Methods: The computed tomography data of 60 patients with microtia were included. The 3D digital template of the auricle and guide plate on the healthy side was shaped using MIMICS software with graphic image processing and 3D reconstruction technology. The 3D digital template on the affected side was produced by mirror technique and made into a solid template for clinical application. Results: All 60 patients had a good result of the location and the appearance of the constructed auricle. The time of operation was decreased by an average of half an hour. An individualized 3D solid model of the reconstructed auricular template on the affected side was successfully produced and used in auricular reconstruction. Conclusions: The new 3D template of the auricle and guide plate may be a major contribution to the engraving, assembling and localization of the microtia auricle in auricular reconstruction.

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Section: Discussionmentioning

confidence: 99%

A New Three-Dimensional Template for the Fabrication and Localization of an Autogenous Cartilage Framework during Microtia Reconstruction

Chen

Fu²,

Yang³

et al. 2015

ORL

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“…This system is safe and simple, and saves time during middle and inner ear surgery (18). Furthermore, the advantage of using the suggested technique of intraoperative diagnostics of the facial nerve is especially obvious in cases, when the anatomy of the middle ear is distorted by previous surgery, as well as in cases of malformation of the facial nerve (2,(6)(7)(8).…”

Section: @ C I C E D I Z I O N I I N T E R N a Z I O N A L Imentioning

confidence: 99%

“…This is caused by the anatomic proximity of the facial nerve to the structures of the middle and inner ear (3-5). The facial nerve becomes more vulnerable to injury during repeated (sanifying) surgery on the middle ear, with the presence of dehiscence in the Fallopian canal, during the removal of masses in the middle ear (2,6), in cases of malformation of the middle or inner ear (7,8).Many scientific works study the anatomy of the facial nerve (3-5). Most of them provide a general description of the microtopographic characteristics of the facial canal and, at the same time, lack information on the thickness of its bone walls.…”

mentioning

confidence: 99%

Intraoperative identification of the facial nerve by needle electromyography stimulation with a burr

Khamgushkeeva¹,

Anikin²,

Aa³

2016

Gchir

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Despite the existing possibilities of using modern surgical equipment and modern diagnostic techniques, there is still a risk of damaging the facial nerve during otological surgery (1,2). This is caused by the anatomic proximity of the facial nerve to the structures of the middle and inner ear (3-5). The facial nerve becomes more vulnerable to injury during repeated (sanifying) surgery on the middle ear, with the presence of dehiscence in the Fallopian canal, during the removal of masses in the middle ear (2,6), in cases of malformation of the middle or inner ear (7,8).Many scientific works study the anatomy of the facial nerve (3-5). Most of them provide a general description of the microtopographic characteristics of the facial canal and, at the same time, lack information on the thickness of its bone walls.Intraoperative damage causes paresis (paralysis) of the facial muscles, which leads to a degradation of the patients' quality of life. According to literary sources, during original surgery, the risk of dysfunction of the facial nerve is 0.6-3.7% of cases (9, 10). During repeated invasive surgery, the risk rises up to 4-10% of cases (1,11,12).The appearance of intraoperative facial nerve monitoring allowed identifying the nerve throughout the entire surgery (13-15), since this method of studying the neuromuscular system registers fluctuation of the electric potential of muscles in response to nerve stimulation.Despite considerable success in the development of machines for intraoperative monitoring of the facial nerve, the most important restriction remained, which was related to the fact that the system could not warn surgeons if they were operating near the facial nerve, whi-

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“…Temporal kemik anatomik malformasyonları Swartz ve Faerber tarafından araştırılmış, incelenen 8800 yüksek rezolüsyonlu CT de 1 tane anterior yerleşimli sigmoid sinüse rastlamışlardır 9 . Bizim taramamızda ise bu oran %1'di.…”

Section: Anterosüperior Yerleșimli Sigmoid Sinüsunclassified

Anatomical variations during mastoidectomy

Kapusuz¹,

Sakallıoğlu²,

Düzer³

et al. 2011

Kafkas J Med Sci

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Congenital malformations of the external and middle ear: high-resolution CT findings of surgical import

Abstract: The external auditory canal, middle ear, and bulk of the ossicular chain develop from the first branchial groove, first and second branchial arches, and first pharyngeal pouch.

Cited by 86 publications

References 13 publications

A New Three-Dimensional Template for the Fabrication and Localization of an Autogenous Cartilage Framework during Microtia Reconstruction

A New Three-Dimensional Template for the Fabrication and Localization of an Autogenous Cartilage Framework during Microtia Reconstruction

Intraoperative identification of the facial nerve by needle electromyography stimulation with a burr

Anatomical variations during mastoidectomy

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