Kamrava Brandon, Roehm Pamela C
1 Department of Otolaryngology-Head and Neck Surgery, Temple University School of Medicine, Philadelphia, Pennsylvania, USA.
2 Department of Neuroscience, Temple University School of Medicine, Philadelphia, Pennsylvania, USA.
Otolaryngol Head Neck Surg. 2017 Aug;157(2):190-200. doi: 10.1177/0194599817701717. Epub 2017 May 2.
Objective To systematically review the anatomy of the ossicular chain. Data Sources Google Scholar, PubMed, and otologic textbooks. Review Methods A systematic literature search was performed on January 26, 2015. Search terms used to discover articles consisted of combinations of 2 keywords. One keyword from both groups was used: [ ossicular, ossicle, malleus, incus, stapes] and [ morphology, morphometric, anatomy, variation, physiology], yielding more than 50,000 hits. Articles were then screened by title and abstract if they did not contain information relevant to human ossicular chain anatomy. In addition to this search, references of selected articles were studied as well as suggested relevant articles from publication databases. Standard otologic textbooks were screened using the search criteria. Results Thirty-three sources were selected for use in this review. From these studies, data on the composition, physiology, morphology, and morphometrics were acquired. In addition, any correlations or lack of correlations between features of the ossicular chain and other features of the ossicular chain or patient were noted, with bilateral symmetry between ossicles being the only important correlation reported. Conclusion There was significant variation in all dimensions of each ossicle between individuals, given that degree of variation, custom fitting, or custom manufacturing of prostheses for each patient could optimize prosthesis fit. From published data, an accurate 3-dimensional model of the malleus, incus, and stapes can be created, which can then be further modified for each patient's individual anatomy.
目的 系统回顾听骨链的解剖结构。
数据来源 谷歌学术、PubMed及耳科学教科书。
回顾方法 于2015年1月26日进行系统的文献检索。用于检索文章的检索词由两组关键词组合而成。从两组中各选一个关键词:[听骨、小听骨、锤骨、砧骨、镫骨]和[形态学、形态测量学、解剖学、变异、生理学],检索结果超过50000条。若文章不包含与人类听骨链解剖结构相关的信息,则通过标题和摘要进行筛选。除了此次检索,还研究了所选文章的参考文献以及来自出版物数据库的相关推荐文章。使用检索标准对标准耳科学教科书进行筛选。
结果 本综述选用了33个资料来源。从这些研究中,获取了关于听骨链的组成、生理学、形态学和形态测量学的数据。此外,还记录了听骨链各特征之间以及与听骨链其他特征或患者之间的任何相关性或缺乏相关性的情况,其中听小骨之间的双侧对称性是唯一报道的重要相关性。
结论 个体之间每个听小骨的所有维度均存在显著差异,鉴于这种差异程度,为每位患者定制适配或定制制造假体可优化假体适配。根据已发表的数据,可以创建锤骨、砧骨和镫骨的精确三维模型,然后可针对每位患者的个体解剖结构进行进一步修改。