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梅尼埃病研究与治疗的现代概念框架。

A modern conceptual framework for study and treatment of Meniere's disease.

作者信息

Chari Divya A, Bose Arpan, Ramirez Kimberly, Robles-Bolivar Paula, Lin Kuei-You, Juliano Amy F, Rauch Steven D, Eckhard Andreas H

机构信息

Department of Otolaryngology, Head and Neck Surgery, Massachusetts Eye and Ear, Harvard Medical School, Boston, MA, United States.

Department of Otolaryngology, Head and Neck Surgery, UMASS Chan Medical School, Worcester, MA, United States.

出版信息

Front Neurol. 2025 May 16;16:1607435. doi: 10.3389/fneur.2025.1607435. eCollection 2025.

Abstract

Prosper Meniere made his immortal contribution to the field of otology in 1861. At that time, all manner of "fits" were lumped together under the diagnosis of "apoplectiform cerebral congestion"-too much blood in the brain. His genius was to identify a specific subset of this heterogeneous pool whose cardinal symptoms, tinnitus, fluctuating progressive deafness, and episodic vertigo, were due to dysfunction of the inner ear. Seventy-seven years later, in 1938, Hallpike and Cairns in England and Yamakawa in Japan identified cochleosaccular endolymphatic hydrops (EH) as the histopathologic correlate of Meniere's disease (MD). Over the 85 years since then, many theories to explain the symptoms of MD have come and gone. A consensus has slowly emerged that patients with this condition have a failure of inner ear homeostasis. The cause(s) of this homeostatic failure and the mechanism(s) by which this failure leads to fluctuating progressive sensorineural hearing loss and episodic vertigo has remained elusive. In the last few years, new techniques and findings in temporal bone histopathology and temporal bone imaging have yielded breakthroughs in this field. We are now recapitulating Meniere's approach by taking the heterogeneous population of patients with MD and segregating them into specific subtypes based upon clinical phenotype. Salient clinical features include vestibular aqueduct and endolymphatic sac morphology, age at symptom onset, sex, and incidence of bilateral involvement. Furthermore, new imaging modalities enable unequivocal diagnosis of EH, transitioning MD from a "clinical" diagnosis to one based upon specific objective criteria. These breakthroughs have opened the door to genetic analyses, consideration of comorbid clinical disorders, especially migraine, and potential new treatments, and demand that we revisit all the various treatments that have been considered previously. They also demand new and more stringent criteria for any publication about this condition. In this paper we will review these new findings, discuss their immediate implications for clinical practice, and consider some of the most pressing research questions for near- and long-term address.

摘要

1861年,普罗珀·梅尼埃在耳科学领域做出了不朽贡献。当时,各种“发作性疾病”都被笼统诊断为“中风样脑充血”,即大脑充血过多。他的天才之处在于,从这一异质性群体中识别出一个特定子集,其主要症状耳鸣、波动性进行性耳聋和发作性眩晕是由内耳功能障碍引起的。77年后的1938年,英国的哈尔皮克和凯恩斯以及日本的山川发现,蜗囊内淋巴积水(EH)是梅尼埃病(MD)的组织病理学相关病变。从那时起的85年里,许多解释MD症状的理论层出不穷。逐渐形成的一种共识是,患有这种疾病的患者存在内耳内环境稳态失衡。这种内环境稳态失衡的原因以及这种失衡导致波动性进行性感音神经性听力损失和发作性眩晕的机制仍然难以捉摸。在过去几年中,颞骨组织病理学和颞骨成像的新技术和新发现为该领域带来了突破。我们现在正在重现梅尼埃的方法,将MD患者的异质性群体根据临床表型分为特定亚型。突出的临床特征包括前庭导水管和内淋巴囊形态、症状发作年龄、性别以及双侧受累发生率。此外,新的成像方式能够明确诊断EH,使MD从“临床”诊断转变为基于特定客观标准的诊断。这些突破为基因分析、对合并临床疾病(尤其是偏头痛)的考虑以及潜在的新治疗方法打开了大门,也要求我们重新审视之前考虑过的所有各种治疗方法。它们还要求对任何关于这种疾病的出版物制定新的、更严格的标准。在本文中,我们将回顾这些新发现,讨论它们对临床实践的直接影响,并考虑一些近期和长期需要解决的最紧迫的研究问题。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/822d/12122318/47c9edd0d6c7/fneur-16-1607435-g001.jpg

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