gomphosis

简明释义

英[ɡɒmˈfəʊsɪs]美[ɡɑːmˈfoʊsɪs]

n. [解剖] 嵌合；[解剖] 钉状关节

复 数 g o m p h o s e s

英英释义

单词用法

同义词

反义词

例句

1.The moving element and the driven hanger piece of the door page adopt gomphosis sliding fit with the fastening element.

门页的移动元件和从动衣架件采用与固定元件滑动配合的方式。

2.Both the moving element and the driven hanger piece of the door page adopt gomphosis sliding fit with the fastening element.

运动部件和从动门页吊件均与固定部件采用嵌合滑 动配合。

3.Both the moving element and the driven hanger piece of the door page adopt gomphosis sliding fit with the fastening element.

运动部件和从动门页吊件均与固定部件采用嵌合滑 动配合。

4.The dental specialist explained that the connection between the tooth and the jawbone is known as gomphosis (牙根固连).

牙科专家解释说，牙齿与下颌骨之间的连接被称为gomphosis（牙根固连）。

5.In anatomy classes, we learned that gomphosis (牙根固连) is a unique type of fibrous joint.

在解剖学课上，我们了解到gomphosis（牙根固连）是一种独特的纤维关节。

6.When a dentist performs an extraction, they must consider the gomphosis (牙根固连) of the tooth.

当牙医进行拔牙时，必须考虑到牙齿的gomphosis（牙根固连）。

7.Understanding gomphosis (牙根固连) is essential for orthodontic treatment planning.

理解gomphosis（牙根固连）对于正畸治疗规划至关重要。

8.The gomphosis (牙根固连) allows for stability while still permitting slight movement of the teeth.

这gomphosis（牙根固连）提供了稳定性，同时仍允许牙齿有轻微的移动。

作文

In the study of human anatomy, various types of joints are classified based on their structure and function. One such joint is known as gomphosis, which refers to a type of fibrous joint that is found specifically in the human body where teeth are anchored into the jawbone. The term comes from the Greek word 'gomphos', meaning 'to bolt' or 'to nail', which aptly describes how teeth fit snugly into their sockets. This unique joint allows for minimal movement but provides stability and support for the teeth, which is crucial for effective chewing and maintaining oral health.The gomphosis joint is characterized by its peg-and-socket arrangement. Each tooth has a root that fits tightly into the alveolar process of the jawbone, held in place by a specialized connective tissue called periodontal ligament. This ligament not only secures the tooth but also absorbs the forces exerted during biting and chewing, acting as a shock absorber. This anatomical arrangement is essential for the functionality of our teeth, allowing them to withstand the pressures of daily use without becoming dislodged.Understanding the gomphosis joint is vital, especially in fields like dentistry and orthodontics. Dentists must be aware of the structural integrity of these joints when performing procedures such as extractions, fillings, or implants. For instance, if a tooth becomes loose due to periodontal disease, the gomphosis can be compromised, leading to further complications. Therefore, maintaining the health of the periodontal ligament and the surrounding bone is crucial for preserving the integrity of this joint.Moreover, the concept of gomphosis extends beyond just human anatomy; it serves as a fascinating example of how specialized structures evolve to meet specific functional needs. In other species, similar peg-and-socket arrangements can be observed, highlighting the evolutionary significance of this joint type. For instance, certain reptiles exhibit a form of gomphosis in their teeth, which allows them to effectively grasp and consume prey. This adaptability showcases the importance of gomphosis in the survival and feeding strategies of various organisms.In conclusion, the gomphosis joint plays a crucial role in dental anatomy and overall oral health. Its unique structure allows for the stability and functionality of teeth, enabling us to perform essential tasks such as eating and speaking. Understanding this joint not only aids in medical practices but also provides insight into the evolutionary adaptations of different species. As we continue to explore the complexities of human anatomy, the study of joints like gomphosis will undoubtedly remain an important area of research, ensuring that we appreciate the intricate designs that contribute to our daily lives.

在人体解剖学的研究中，各种类型的关节根据其结构和功能进行分类。其中一个关节被称为gomphosis，指的是一种纤维性关节，专门存在于人类身体中，牙齿锚定在下颌骨上。这个术语来源于希腊词“gomphos”，意为“螺栓”或“钉子”，恰如其分地描述了牙齿如何紧密地适合其插座。这种独特的关节允许最小的运动，但为牙齿提供了稳定性和支持，这对有效咀嚼和保持口腔健康至关重要。gomphosis关节的特点是其钉子和插座的排列。每颗牙齿都有一个根部，紧密地嵌入下颌骨的牙槽突中，由一种特殊的结缔组织称为牙周韧带固定。这个韧带不仅固定牙齿，还吸收咬合和咀嚼过程中施加的力量，充当减震器。这种解剖结构对我们牙齿的功能至关重要，使它们能够承受日常使用的压力而不被移位。了解gomphosis关节至关重要，尤其是在牙科和正畸领域。牙医在进行拔牙、填充或植牙等程序时，必须了解这些关节的结构完整性。例如，如果由于牙周病导致牙齿松动，则gomphosis可能受到损害，从而导致进一步的并发症。因此，维护牙周韧带及周围骨骼的健康对于保护这一关节的完整性至关重要。此外，gomphosis的概念不仅限于人类解剖学；它作为一种特殊结构如何进化以满足特定功能需求的迷人例子。其他物种中也可以观察到类似的钉子和插座的排列，突显了这种关节类型的进化意义。例如，某些爬行动物在其牙齿中表现出一种形式的gomphosis，使它们能够有效地抓住和消耗猎物。这种适应性展示了gomphosis在各种生物的生存和捕食策略中的重要性。总之，gomphosis关节在牙科解剖学和整体口腔健康中扮演着至关重要的角色。其独特的结构使牙齿的稳定性和功能得以实现，使我们能够执行诸如进食和说话等基本任务。理解这一关节不仅有助于医学实践，还提供了对不同物种进化适应的见解。随着我们继续探索人类解剖学的复杂性，对像gomphosis这样的关节的研究无疑将继续成为一个重要的研究领域，确保我们欣赏到为我们的日常生活做出贡献的复杂设计。