To hear One's breath: Unveiling the eponymous quartet – A historical exploration of the eustachian tube

Robert Hage , Kevlian Andrew
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Abstract

Purpose

A real-life experience of the effects of a patulous Eustachian tube (ET) by one of the authors led to a search into this condition. This resulted in the ‘discovery’ of four eponymous anatomical structures related to the ET, the origins of which were not well known. The authors conducted a literature review to provide a historical account of this eponymous quartet as an homage to their contributions to the fields of anatomy and otology.

Methods

Applying ‘patulous Eustachian tube’ as the search criterium yielded a total of 258 articles on PubMed search, and 1930 on Google Scholar on September 19th, 2023. During this process, the search criterium was subsequently narrowed to the names of four physicians who were found to have an eponymous relationship to structures of the Eustachian tube: Ostmann, Rüdinger, Von Tröltsch and Weber-Liel. These researchers were individually investigated with consideration given to different variations in spelling. The findings were tabulated and are narrated in the discussion.

Results

Four eponymous anatomical structures closely related to the ET, being Ostmann fat pad, Rüdinger safety space/canal, Von Tröltsch fascia and Weber-Liel fascia were found. Ostmann fat pad was referenced most frequently. Although easily recognizable on histological slides, it is rarely mentioned in textbooks. Von Tröltsch, more popularly known for his various contributions to otolaryngology, lends his name to the salpingopharyngeal fascia. Weber-Liel is linked to the lateral fascia of the tensor veli palatini muscle. All four researchers were German physicians with a special interest in otology. The work of these individuals is presented as a snapshot of a remarkable time during the latter part of the nineteenth century.

Conclusion

Though the Eustachian tube has been discussed for centuries, four remarkable researchers contributed to the general knowledge of this structure during the nineteenth century. Paul Ostmann's fat pad of the Eustachian tube is the most referenced of the four, with little mention of Nikolaus Rüdinger's safety canal in the literature. Anton Von Tröltsch's salpingopharyngeal fascia and Friedrich Eugen Weber-Liel's fascia found between the medial pterygoid and tensor veli palatini muscles are eponymously linked without clear indication of the origin of these connections being found in the literature. The contribution of these physicians, however, extends beyond their work on the Eustachian tube and includes the creation of tools and the establishment of journals specific to furthering the body of work on otolaryngology. Recognition should be given to the names Ostmann, Rüdinger, Von Tröltsch and Weber-Liel for their accomplishments in increasing the knowledge of structures related to the eustachian tube.

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聆听一个人的呼吸揭开同名四重奏的面纱--咽鼓管的历史探索
目的 作者之一对咽鼓管(ET)闭塞所造成的影响的真实体验引发了对这种疾病的研究。结果 "发现 "了与咽鼓管相关的四个同名解剖结构,但它们的起源并不为人所知。作者进行了文献综述,对这同名的四种结构进行了历史性的描述,以此向他们在解剖学和耳科学领域的贡献致敬。方法以 "咽鼓管发育不良 "作为搜索标准,在 PubMed 上共搜索到 258 篇文章,2023 年 9 月 19 日在 Google Scholar 上共搜索到 1930 篇文章。在此过程中,搜索范围缩小到与咽鼓管结构有同名关系的四位医生:奥斯特曼、吕丁格、冯-特罗尔茨和韦伯-利尔。对这些研究人员进行了逐一调查,并考虑了拼写上的不同变化。结果发现了四个与 ET 密切相关的同名解剖结构,即 Ostmann 脂肪垫、Rüdinger 安全空间/管道、Von Tröltsch 筋膜和 Weber-Liel 筋膜。Ostmann脂肪垫最常被提及。虽然在组织切片上很容易辨认,但教科书中却很少提及。Von Tröltsch因其对耳鼻喉科的各种贡献而广为人知,他的名字也与咽 salpingopharyngeal筋膜有关。韦伯-利尔(Weber-Liel)的名字则与腭张肌外侧筋膜有关。这四位研究者都是对耳科特别感兴趣的德国医生。结论尽管咽鼓管的讨论已有数百年历史,但在 19 世纪,四位杰出的研究人员对这一结构的一般知识做出了贡献。保罗-奥斯特曼(Paul Ostmann)的咽鼓管脂肪垫是这四位研究者中被引用最多的,而尼古拉斯-吕丁格(Nikolaus Rüdinger)的安全管在文献中鲜有提及。Anton Von Tröltsch 的咽 salpingopharyngeal 筋膜和 Friedrich Eugen Weber-Liel 在翼内侧肌和腭张肌之间发现的筋膜被同名地联系在一起,但文献中并未明确指出这些联系的起源。然而,这些医生的贡献不仅限于他们在咽鼓管方面的工作,还包括创造工具和建立专门的期刊,以促进耳鼻喉科工作的发展。奥斯特曼(Ostmann)、吕丁格(Rüdinger)、冯-特罗尔茨(Von Tröltsch)和韦伯-利尔(Weber-Liel)在增加咽鼓管相关结构知识方面的成就值得肯定。
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来源期刊
CiteScore
2.90
自引率
0.00%
发文量
71
审稿时长
25 days
期刊介绍: Translational Research in Anatomy is an international peer-reviewed and open access journal that publishes high-quality original papers. Focusing on translational research, the journal aims to disseminate the knowledge that is gained in the basic science of anatomy and to apply it to the diagnosis and treatment of human pathology in order to improve individual patient well-being. Topics published in Translational Research in Anatomy include anatomy in all of its aspects, especially those that have application to other scientific disciplines including the health sciences: • gross anatomy • neuroanatomy • histology • immunohistochemistry • comparative anatomy • embryology • molecular biology • microscopic anatomy • forensics • imaging/radiology • medical education Priority will be given to studies that clearly articulate their relevance to the broader aspects of anatomy and how they can impact patient care.Strengthening the ties between morphological research and medicine will foster collaboration between anatomists and physicians. Therefore, Translational Research in Anatomy will serve as a platform for communication and understanding between the disciplines of anatomy and medicine and will aid in the dissemination of anatomical research. The journal accepts the following article types: 1. Review articles 2. Original research papers 3. New state-of-the-art methods of research in the field of anatomy including imaging, dissection methods, medical devices and quantitation 4. Education papers (teaching technologies/methods in medical education in anatomy) 5. Commentaries 6. Letters to the Editor 7. Selected conference papers 8. Case Reports
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