tympanic

简明释义

英[tɪmˈpænɪk]美[tɪmˈpænɪk]

adj. 鼓膜的；鼓室的；鼓皮似的

英英释义

单词用法

同义词

反义词

例句

1.Poor tympanic membrane, even with adhesion, was seen in 23 ears.

其中23耳鼓膜菲薄甚至部分粘连。

2.Objective:To explore the relation of tympanic ostium of Eustachian tube and Eustachian tube dysfunction in chronic otitis media.

目的：探讨慢性中耳炎咽鼓管鼓室口病变与咽鼓管功能障碍的关系。

3.Methods ABR tests were evaluated in 30 traumatic perforation of tympanic membrane cases (30 ears) and compared with the results of pure tone audiometry.

方法应用abr方法对30例(30耳)外伤性鼓膜穿孔进行测试，并将其结果与纯音电测听结果进行对照。

4.After the auditory bone chain, the tympanic membrane teach other people the external auditory meatus, causes the air vibration.

经听骨链、鼓膜传人外耳道，引起空气振动。

5.Objective To probe the value of pure tone checking, accoustic impedence and checking up tympanic membrane, electro-otoscopy, tympanotomy in diagnosis of SOM.

目的探讨纯音测听、声导抗测试与仔细的鼓膜检查、电耳镜检查、鼓膜穿刺等方法对分泌性中耳炎（SOM）的诊断价值。

6.Objective To explore the protect effects of tympanic membrane rupture on the inner ear after blast exposure.

目的探讨鼓膜冲击场对内耳有无保护作用。

7.Big perforation of tympanic membrane led to mixed deafness, the sensitivity increased on ABR.

鼓膜大穿孔导致混合性聋，对ABR灵敏度增高。

8.The tympanic membrane is a thin epithelial membrane separating the external ear from the middle ear.

鼓膜是一层上皮。薄膜，它将外耳与中耳分开。

9.The doctor examined the patient's tympanic 鼓膜的 membrane to check for any signs of infection.

医生检查了病人的鼓膜的 tympanic 膜，以查看是否有感染的迹象。

10.A tympanic 鼓膜的 perforation can lead to hearing loss if not treated promptly.

如果不及时治疗，鼓膜的 tympanic 穿孔可能会导致听力丧失。

11.The tympanic 鼓膜的 cavity is an important part of the middle ear.

鼓膜的 tympanic 腔是中耳的重要部分。

12.Doctors often use a pneumatic otoscope to assess the tympanic 鼓膜的 function.

医生通常使用气动耳镜来评估鼓膜的 tympanic 功能。

13.In cases of barotrauma, the tympanic 鼓膜的 membrane may become damaged.

在气压创伤的情况下，鼓膜的 tympanic 膜可能会受损。

作文

The human body is a remarkable system that functions through various interconnected parts. One of the most fascinating aspects of our anatomy is the ear, which plays a crucial role in our ability to hear and maintain balance. The ear consists of three main sections: the outer ear, the middle ear, and the inner ear. Each part has its own unique function, but they all work together seamlessly. A key component of the middle ear is the tympanic membrane, commonly known as the eardrum. This thin layer of tissue separates the outer ear from the middle ear and is essential for hearing. When sound waves enter the ear, they cause the tympanic membrane to vibrate. These vibrations are then transmitted to the tiny bones in the middle ear, known as the ossicles, which amplify the sound and send it to the inner ear. In addition to its role in hearing, the tympanic membrane also serves as a barrier that protects the inner ear from foreign objects and infections. It is vital for maintaining the overall health of the auditory system. Any damage to the tympanic membrane, such as a perforation or rupture, can lead to hearing loss or other complications. Conditions like otitis media, or middle ear infections, can also affect the tympanic membrane, causing pain and discomfort. Therefore, understanding the importance of the tympanic membrane is essential for recognizing the signs of ear problems and seeking appropriate medical attention. Moreover, the tympanic membrane is not only significant for hearing but also plays a role in our sense of balance. The inner ear contains structures called the vestibular system, which helps us maintain our equilibrium. The pressure changes that occur in the middle ear, which can be influenced by the tympanic membrane's functionality, are crucial for proper balance. For instance, when we experience rapid altitude changes, such as during a flight, the tympanic membrane helps equalize pressure between the outer and middle ear, preventing discomfort and potential damage. In conclusion, the tympanic membrane is an essential part of the auditory system that contributes to both hearing and balance. Its ability to vibrate in response to sound waves allows us to perceive the world around us. Furthermore, it acts as a protective barrier for the inner ear, highlighting its significance in maintaining overall ear health. As we continue to study the complexities of the human body, the role of the tympanic membrane serves as a reminder of how interconnected our bodily systems truly are. By taking care of our ears and being aware of potential issues, we can ensure that our tympanic membranes—and our hearing—remain healthy for years to come.

人体是一个卓越的系统，通过各种相互关联的部分运作。我们解剖学中最迷人的方面之一就是耳朵，它在我们听觉和维持平衡的能力中扮演着至关重要的角色。耳朵由三个主要部分组成：外耳、中耳和内耳。每个部分都有其独特的功能，但它们都无缝地协同工作。中耳的一个关键组成部分是鼓膜，通常被称为耳鼓。这层薄薄的组织将外耳与中耳分开，对于听力至关重要。当声波进入耳朵时，它们使得鼓膜振动。这些振动随后被传递到中耳中的微小骨头，称为听小骨，它们放大声音并将其发送到内耳。 除了在听力中的作用外，鼓膜还作为一道屏障，保护内耳免受异物和感染的侵害。它对保持听觉系统的整体健康至关重要。任何对鼓膜的损伤，例如穿孔或破裂，都可能导致听力损失或其他并发症。像中耳炎这样的疾病也会影响鼓膜，引起疼痛和不适。因此，理解鼓膜的重要性对于识别耳朵问题的迹象并寻求适当的医疗帮助至关重要。 此外，鼓膜不仅对听力重要，还有助于我们的平衡感。内耳包含称为前庭系统的结构，帮助我们保持平衡。中耳中发生的压力变化，可能受到鼓膜功能的影响，对于保持良好的平衡至关重要。例如，当我们经历快速的高度变化时，例如在飞行过程中，鼓膜帮助平衡外耳和中耳之间的压力，防止不适和潜在的损伤。 总之，鼓膜是听觉系统的重要组成部分，有助于听力和平衡。它对声波的振动能力使我们能够感知周围的世界。此外，它作为内耳的保护屏障，突显了它在维护整体耳朵健康中的重要性。随着我们继续研究人体的复杂性，鼓膜的作用提醒我们身体系统是多么相互关联。通过照顾我们的耳朵并意识到潜在的问题，我们可以确保我们的鼓膜——以及我们的听力——在未来的岁月中保持健康。