condyloid

简明释义

英[ˈkɒndɪlɔɪd]美[ˈkɒndɪlɔɪd]

adj. 髁状的

英英释义

单词用法

同义词

反义词

例句

1.Methods: 25 patients with condyloid process fractures were reduced by open operation.

方法：开放性手术治疗髁突骨折患者25例。

2.Methods: 25 patients with condyloid process fractures were reduced by open operation.

方法：开放性手术治疗髁突骨折患者25例。

3.The condyloid 髁状关节 in the jaw allows for both rotation and translation.

下颌的condyloid 髁状关节允许旋转和位移。

4.The wrist joint is a classic example of a condyloid 髁状关节 that allows for flexion and extension.

腕关节是一个典型的condyloid 髁状关节，允许屈伸运动。

5.The condyloid 髁状关节 structure provides stability while allowing for a range of motion in the fingers.

这种condyloid 髁状关节结构提供了稳定性，同时允许手指有一定的活动范围。

6.Doctors often examine the condyloid 髁状关节 in the hand for signs of arthritis.

医生通常检查手中的condyloid 髁状关节以寻找关节炎的迹象。

7.In anatomy class, we learned that the metacarpophalangeal joints are condyloid 髁状关节 allowing movement in two planes.

在解剖课上，我们了解到掌指关节是condyloid 髁状关节，允许在两个平面内运动。

作文

The human body is an intricate system of bones, muscles, and joints that work together to facilitate movement. Among the various types of joints in the body, the condyloid joint plays a crucial role in allowing a range of motion. A condyloid joint, also known as an ellipsoidal joint, is characterized by an oval-shaped end of one bone fitting into a similarly shaped cavity of another bone. This unique structure allows for movement in two planes: flexion and extension, as well as abduction and adduction. One of the most well-known examples of a condyloid joint is the wrist joint, where the radius meets the carpal bones. Understanding the mechanics of condyloid joints can shed light on how our bodies perform everyday activities. For instance, when we write, type, or play sports, our wrists and fingers rely heavily on the flexibility and range of motion provided by these joints. The ability to move our hands in various directions is essential for tasks that require precision and coordination. Moreover, condyloid joints are not limited to the wrist; they can also be found in other areas of the body, such as the metacarpophalangeal joints in the fingers. These joints enable us to grip objects firmly and manipulate them with dexterity. Without the functionality of condyloid joints, simple actions like holding a cup or typing on a keyboard would become significantly more challenging. In addition to their functional importance, condyloid joints also highlight the complexity of human anatomy. The interplay between bones, cartilage, ligaments, and tendons is essential for maintaining joint stability and function. Injuries to condyloid joints, such as sprains or fractures, can severely limit mobility and impact daily life. Therefore, understanding how to care for these joints is vital. Exercises that enhance flexibility and strength can help protect condyloid joints and prevent injuries. Furthermore, the study of condyloid joints extends beyond human anatomy. In the field of biomechanics, researchers analyze the movement patterns of condyloid joints to improve athletic performance and develop rehabilitation protocols for injured athletes. By studying how these joints function under various conditions, scientists can design better training programs that enhance performance while minimizing the risk of injury. In conclusion, the condyloid joint is a remarkable feature of human anatomy that facilitates a wide range of movements. Its unique structure allows for flexibility and versatility, enabling us to perform daily tasks with ease. As we continue to explore the complexities of our bodies, understanding the role of condyloid joints will remain essential for both health and performance. Whether we are engaged in sports, work, or leisure activities, appreciating the function of these joints can lead to better care and maintenance of our physical well-being.

人体是一个复杂的系统，由骨骼、肌肉和关节组成，这些部分共同协作以促进运动。在身体的各种关节类型中，髁状关节在允许运动范围方面发挥着至关重要的作用。髁状关节，也称为椭圆关节，其特征在于一根骨头的椭圆形末端适合另一根骨头的类似形状的腔体。这种独特的结构允许在两个平面内进行运动：屈曲和伸展，以及外展和内收。髁状关节最著名的例子之一是腕关节，在这里，桡骨与腕骨相接。 理解髁状关节的机制可以揭示我们身体如何执行日常活动。例如，当我们写字、打字或参加运动时，我们的手腕和手指在很大程度上依赖于这些关节所提供的灵活性和运动范围。我们的手能够在多种方向上移动，对于需要精确和协调的任务至关重要。此外，髁状关节不仅限于手腕；它们还可以在身体的其他部位找到，例如手指的掌指关节。这些关节使我们能够牢固地抓住物体并灵活地操控它们。如果没有髁状关节的功能，像握住杯子或在键盘上打字这样的简单动作将变得相当困难。除了其功能的重要性，髁状关节还突显了人类解剖学的复杂性。骨骼、软骨、韧带和肌腱之间的相互作用对维持关节的稳定性和功能至关重要。髁状关节的损伤，如扭伤或骨折，可能严重限制活动能力并影响日常生活。因此，了解如何护理这些关节至关重要。增强灵活性和力量的锻炼可以帮助保护髁状关节并预防受伤。此外，髁状关节的研究超越了人类解剖学。在生物力学领域，研究人员分析髁状关节的运动模式，以改善运动表现并为受伤运动员制定康复方案。通过研究这些关节在各种条件下的功能，科学家可以设计出更好的训练程序，以提高表现，同时最大限度地减少受伤风险。总之，髁状关节是人类解剖学的一个显著特征，促进了广泛的运动。其独特的结构允许灵活性和多功能性，使我们能够轻松地执行日常任务。随着我们继续探索身体的复杂性，理解髁状关节的角色将对健康和表现保持重要性。无论我们参与运动、工作还是休闲活动，欣赏这些关节的功能都可以带来更好的护理和维护我们的身体健康。