ossicular

简明释义

英[ˈɒsɪkjʊlə]美[ˈɑsɪkjələr]

adj. 小骨的

英英释义

单词用法

同义词

反义词

例句

1.Whenever feasible, ossicular reconstruction was performed at the time of the initial surgical procedure.

只要条件适宜，均在初次外科手术中同时进行听骨链重建。

2.Objective To investigate the hearing results of various materials in ossicular chain reconstruction, as well as those in open tympanoplasty and simple tympanoplasty.

目的探讨不同材料在听骨链重建术的应用效果和不同术式鼓室成形术后听力效果。

3.An intact ossicular chain was found in 72% of the cases and could often be preserved at surgery.

有72%病例可见完整的听小骨链，并且通常能在外科手术中予以保存。

4.Reconstruction of ossicular chain needs ossicular prosthesis to reconstruct ossicular chains integrity.

听骨链的完整性是传音的基础，听骨链重建离不开听骨赝复物的支持。

5.RESULTS The ossicular chain was showed eroded in 19 ears of 23 patients with cholesteatoma otitis media pre-operatively by VE, but was found eroded in all of 23 ears during operation.

结果23耳慢性化脓性中耳炎胆脂瘤型，虚拟耳镜观察19耳听骨链破坏，手术证实23耳均有听骨腐蚀；

6.Observation measures were bone conduction thresholds, changes of ossicular chain, preoperative and postoperative changes of pure-tone hearing.

观察术前骨气导阈值，听骨链改变，手术前后纯音听力改变。

7.The doctor examined the patient's ear to check for any issues with the ossicular 耳小骨的 chain.

医生检查了病人的耳朵，以查看耳小骨链是否有任何问题。

8.In cases of hearing loss, the ossicular 耳小骨的 system may be damaged or not functioning properly.

在听力损失的情况下，耳小骨系统可能会受损或无法正常工作。

9.Surgery to repair the ossicular 耳小骨的 chain is often necessary for patients with chronic ear infections.

对于患有慢性耳部感染的患者，修复耳小骨链的手术通常是必要的。

10.The ossicular 耳小骨的 anatomy is crucial for understanding how sound travels through the ear.

耳小骨的解剖结构对于理解声音如何通过耳朵传播至关重要。

11.An ossicular 耳小骨的 dislocation can lead to significant hearing impairment.

耳小骨的脱位可能导致显著的听力障碍。

作文

The human ear is a remarkable organ, intricately designed to capture and process sound. One of the most fascinating aspects of the ear is its structure, particularly the small bones known as the ossicles. These tiny bones, referred to as the ossicular (耳骨的) chain, play a crucial role in the hearing process. Comprising three distinct parts—the malleus, incus, and stapes—the ossicular (耳骨的) system serves as a vital connection between the outer ear and the inner ear. The malleus, often called the hammer, is attached to the eardrum and transfers vibrations from the eardrum to the incus, which is the anvil-shaped bone. The incus then passes these vibrations to the stapes, the smallest bone in the human body, which resembles a stirrup. The stapes conducts the vibrations into the oval window of the cochlea, where they are transformed into neural signals that the brain interprets as sound. This intricate mechanism highlights the importance of the ossicular (耳骨的) bones in our ability to hear. However, the ossicular (耳骨的) chain can be susceptible to various medical conditions. For instance, otosclerosis is a condition where abnormal bone growth occurs around the stapes, leading to hearing loss. In such cases, surgical intervention may be necessary to restore hearing by repairing or replacing the affected ossicle. Understanding the anatomy and function of the ossicular (耳骨的) system is essential for diagnosing and treating auditory disorders. Moreover, the ossicular (耳骨的) bones are not only significant for their role in hearing but also for their contribution to the overall balance of the auditory system. They help amplify sound waves, making it easier for us to perceive faint sounds. This amplification process is critical, especially in environments with background noise, allowing us to focus on specific sounds or conversations. In addition to their biological significance, the ossicular (耳骨的) bones have captured the interest of scientists and researchers. Studies on the evolution of these bones provide insights into how hearing mechanisms have adapted over millions of years. Fossil evidence suggests that the ossicular (耳骨的) chain has evolved from jaw bones in ancient vertebrates, showcasing a fascinating transition in the development of auditory systems. In conclusion, the ossicular (耳骨的) bones are a vital component of the human ear, enabling us to experience the rich world of sound. Their intricate structure and function are essential for effective hearing and balance. As we continue to explore the complexities of the auditory system, the study of the ossicular (耳骨的) chain will undoubtedly reveal more about our evolutionary history and the mechanics of sound perception. It is clear that these tiny bones, though often overlooked, play an indispensable role in our daily lives, allowing us to engage with the world through one of our most cherished senses—hearing.

人耳是一个非凡的器官，精心设计用于捕捉和处理声音。耳朵最迷人的方面之一是其结构，特别是被称为耳骨的小骨头。这些微小的骨头，被称为ossicular（耳骨的）链，在听觉过程中起着至关重要的作用。它们由三个不同的部分组成——锤骨、砧骨和镫骨——ossicular（耳骨的）系统作为外耳和内耳之间的重要连接。 锤骨，通常称为锤子，与鼓膜相连，将来自鼓膜的振动传递给砧骨，而砧骨则将这些振动传递给镫骨，镫骨是人体中最小的骨头，形状类似马刺。镫骨将振动传导到耳蜗的卵圆窗，在那里它们被转化为神经信号，供大脑解读为声音。这一复杂的机制突显了ossicular（耳骨的）骨骼在我们听觉能力中的重要性。 然而，ossicular（耳骨的）链可能会受到各种医疗条件的影响。例如，耳硬化症是一种异常骨生长发生在镫骨周围的情况，导致听力丧失。在这种情况下，可能需要手术干预来通过修复或更换受影响的耳骨来恢复听力。理解ossicular（耳骨的）系统的解剖结构和功能对于诊断和治疗听觉障碍至关重要。 此外，ossicular（耳骨的）骨骼不仅对听觉有重要意义，还对听觉系统的整体平衡做出了贡献。它们帮助放大声波，使我们更容易感知微弱的声音。这个放大过程是至关重要的，尤其是在背景噪音环境中，使我们能够专注于特定的声音或对话。 除了生物学意义外，ossicular（耳骨的）骨骼也引起了科学家和研究人员的兴趣。对这些骨骼演变的研究提供了关于听觉机制如何在数百万年中适应的见解。化石证据表明，ossicular（耳骨的）链是从古代脊椎动物的颌骨演变而来的，展示了听觉系统发展中的迷人转变。 总之，ossicular（耳骨的）骨骼是人耳的重要组成部分，使我们能够体验丰富的声音世界。它们复杂的结构和功能对于有效的听觉和平衡至关重要。随着我们继续探索听觉系统的复杂性，对ossicular（耳骨的）链的研究无疑将揭示更多关于我们的进化历史和声音感知机制的信息。显然，这些微小的骨头，尽管常常被忽视，却在我们日常生活中发挥着不可或缺的作用，使我们能够通过我们最珍视的感官之一——听觉，与世界互动。