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Major evolutionary transitions and innovations: the tympanic middle ear

机译:重大的进化过渡和创新:鼓膜中耳

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摘要

One of the most amazing transitions and innovations during the evolution of mammals was the formation of a novel jaw joint and the incorporation of the original jaw joint into the middle ear to create the unique mammalian three bone/ossicle ear. In this review, we look at the key steps that led to this change and other unusual features of the middle ear and how developmental biology has been providing an understanding of the mechanisms involved. This starts with an overview of the tympanic (air-filled) middle ear, and how the ear drum (tympanic membrane) and the cavity itself form during development in amniotes. This is followed by an investigation of how the ear is connected to the pharynx and the relationship of the ear to the bony bulla in which it sits. Finally, the novel mammalian jaw joint and versatile dentary bone will be discussed with respect to evolution of the mammalian middle ear.This article is part of the themed issue ‘Evo-devo in the genomics era, and the origins of morphological diversity’.
机译:哺乳动物进化过程中最令人惊奇的转变和创新之一是形成新的颌骨关节,并将原始的颌骨关节并入中耳,从而形成独特的哺乳动物三骨/小骨耳。在这篇综述中,我们着眼于导致这种变化和中耳其他异常特征的关键步骤,以及发育生物学如何一直提供对所涉及机制的理解。首先概述了鼓膜(充满空气的)中耳,以及在羊膜发育过程中耳鼓(鼓膜)和腔体本身的形成方式。接下来是对耳朵与咽部的连接方式以及耳朵与其所在的骨大疱之间关系的研究。最后,关于哺乳动物中耳的进化,将讨论新型的哺乳动物颌骨关节和通用的齿骨。本文是“基因组学时代的Evo-devo,以及形态多样性的起源”这一主题的一部分。

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