synchondrosis

简明释义

英[/ˌsɪn.kənˈdroʊ.sɪs/]美[/ˌsɪn.kənˈdroʊ.sɪs/]

n. 软骨结合

复 数 s y n c h o n d r o s e s

英英释义

单词用法

同义词

反义词

例句

1.Objective To evaluate the development of the sphenooccipital synchondrosis on high resolution CT scans.

目的评估蝶枕软骨结合发育的高分辨率CT扫描所见。

2.Objective To evaluate the development of the sphenooccipital synchondrosis on high resolution CT scans.

目的评估蝶枕软骨结合发育的高分辨率CT扫描所见。

3.Evaluate the development of the sphenooccipital synchondrosis on high resolution CT scans.

评估蝶枕软骨结合发育的高分辨率CT扫描所见。

4.The growth plate in children is a type of synchondrosis 软骨联合 that allows for bone growth.

儿童的生长板是一种synchondrosis 软骨联合，它允许骨骼的生长。

5.In the human body, the connection between the first rib and the sternum is an example of synchondrosis 软骨联合.

在人类身体中，第一根肋骨与胸骨之间的连接是synchondrosis 软骨联合的一个例子。

6.During development, many joints begin as synchondrosis 软骨联合 before turning into synovial joints.

在发育过程中，许多关节最初作为synchondrosis 软骨联合，然后转变为滑膜关节。

7.The synchondrosis 软骨联合 between the bones of the skull helps to absorb shock during impacts.

颅骨之间的synchondrosis 软骨联合有助于在冲击时吸收震动。

8.Pathologists may study synchondrosis 软骨联合 to understand certain developmental disorders.

病理学家可能会研究synchondrosis 软骨联合以理解某些发育障碍。

作文

The human body is a complex and fascinating structure composed of various components that work together to maintain functionality and mobility. One of the key elements in the skeletal system is the presence of different types of joints, which play a crucial role in allowing movement and providing stability. Among these joints, there exists a specific type known as synchondrosis, which is particularly interesting due to its unique characteristics and functions. A synchondrosis is defined as a type of cartilaginous joint where two bones are connected by hyaline cartilage. This type of joint allows for very little movement, making it a form of immovable joint. The most notable example of synchondrosis in the human body is found in the growth plates of long bones, also known as epiphyseal plates. These plates are crucial during childhood and adolescence as they enable the bones to grow in length. Once a person reaches adulthood, these growth plates ossify and become solid bone, thus ceasing any further growth in length. In addition to the growth plates, another example of synchondrosis can be found in the connection between the first rib and the sternum. This joint is formed by a piece of hyaline cartilage that allows for slight flexibility, which is essential for breathing. As we inhale and exhale, the ribcage expands and contracts, and the synchondrosis at this junction plays a vital role in accommodating these movements. The significance of synchondrosis extends beyond just structural support; it also serves important functional purposes. For instance, the presence of hyaline cartilage in these joints provides a smooth surface for the bones to glide over one another, reducing friction and wear over time. This is especially important in areas of the body that undergo frequent movement or stress. Moreover, understanding the role of synchondrosis in the skeletal system can have implications in the field of medicine and physical therapy. Injuries or abnormalities in these joints can lead to pain and limited mobility. Therefore, healthcare professionals often focus on maintaining the health of cartilaginous joints through various treatments, including physical therapy, medication, and in some cases, surgical interventions. In conclusion, synchondrosis represents an essential aspect of the human skeletal system. Its unique structure and function highlight the intricate design of our bodies and the importance of each component working harmoniously. As we continue to explore the complexities of human anatomy, the study of joints like synchondrosis will remain a critical area of interest, providing insights into both health and disease. Understanding these connections not only enhances our knowledge of biology but also aids in the development of effective treatment strategies for musculoskeletal issues.

人体是一个复杂而迷人的结构，由各种组件组成，这些组件共同作用以维持功能和运动。在骨骼系统中，关节的存在是关键元素之一，它们在允许运动和提供稳定性方面发挥着至关重要的作用。在这些关节中，有一种特定类型称为软骨接合，由于其独特的特征和功能而特别有趣。 软骨接合被定义为一种软骨关节，其中两块骨头通过透明软骨连接。这种类型的关节几乎不允许运动，因此是一种不可动关节。人类身体中最显著的软骨接合例子可以在长骨的生长板中找到，也称为端骺板。这些板在儿童和青少年时期至关重要，因为它们使骨头能够延长。一旦一个人达到成年，这些生长板就会钙化并变成坚固的骨头，从而停止任何进一步的生长。 除了生长板，另一个软骨接合的例子可以在第一根肋骨与胸骨之间的连接中找到。这个关节是由一块透明软骨形成的，允许轻微的灵活性，这对呼吸至关重要。当我们吸气和呼气时，胸腔扩张和收缩，而这个连接处的软骨接合在适应这些运动中发挥着重要作用。 软骨接合的重要性不仅仅体现在结构支持上；它还具有重要的功能目的。例如，这些关节中透明软骨的存在为骨头之间滑动提供了光滑的表面，减少了摩擦和磨损。这在身体经常运动或承受压力的部位尤其重要。 此外，理解软骨接合在骨骼系统中的作用对医学和物理治疗领域有着重要影响。这些关节的损伤或异常可能导致疼痛和活动受限。因此，医疗专业人员通常专注于通过各种治疗方法维护软骨关节的健康，包括物理治疗、药物治疗，以及在某些情况下，外科干预。 总之，软骨接合代表了人类骨骼系统的一个基本方面。它独特的结构和功能突显了我们身体的复杂设计以及每个组件和谐工作的必要性。随着我们继续探索人类解剖的复杂性，对像软骨接合这样的关节的研究将始终是一个关键的兴趣领域，为健康和疾病提供见解。理解这些连接不仅增强了我们对生物学的知识，还帮助我们制定有效的肌肉骨骼问题治疗策略。