epicondyle

简明释义

英[ˌepɪˈkɒndɪl]美[ˌepɪˈkɑːndaɪl]

n. [解剖] 上髁

英英释义

单词用法

同义词

反义词

例句

1.The superior ulnar collateral artery, the inferior ulnar collateral artery and the ulnar recurrent artery are anastomosis near the medial epicondyle of humerus.

尺侧上副动脉、尺侧下副动脉、尺侧返动脉在肱骨内上髁附近互相吻合。

2.The superior ulnar collateral artery, the inferior ulnar collateral artery and the ulnar recurrent artery are anastomosis near the medial epicondyle of humerus.

尺侧上副动脉、尺侧下副动脉、尺侧返动脉在肱骨内上髁附近互相吻合。

3.Epicondyle: a rounded projection at the end of a bone located on or above a condyle and usually serving as a place of attachment for ligaments and tendons.

上髁：骨骼末端的圆形尖起，位于髁上或上方，通常为韧带或腱的连结处。

4.Results The sulcus of medial epicondyle of femur could be identified on CT images of over 80% osteoarthritic knees;

结果病例组80%以上膝关节CT图像显示股骨内上髁陷凹；

5.The doctor pointed to the patient's elbow, indicating where the epicondyle 肱骨外上髁 was inflamed.

医生指着病人的肘部，指出epicondyle 肱骨外上髁发炎的地方。

6.During the physical examination, the therapist assessed the range of motion around the epicondyle 肱骨外上髁 area.

在体检中，治疗师评估了epicondyle 肱骨外上髁区域的运动范围。

7.Tennis players often suffer from pain in the epicondyle 肱骨外上髁 due to repetitive motions.

网球运动员由于重复动作，常常会感到epicondyle 肱骨外上髁的疼痛。

8.The epicondyle 肱骨外上髁 serves as an important attachment point for muscles of the forearm.

epicondyle 肱骨外上髁是前臂肌肉的重要附着点。

9.Injuries to the epicondyle 肱骨外上髁 can lead to conditions like tennis elbow.

对epicondyle 肱骨外上髁的损伤可能导致网球肘等疾病。

作文

The human body is a fascinating structure, composed of bones, muscles, and various tissues that work together to enable movement and function. Among the many components of our skeletal system, the term epicondyle refers to a bony prominence located on the surface of a bone, usually near a joint. Specifically, it serves as an attachment point for ligaments and tendons, which are essential for the stability and mobility of our joints. Understanding the anatomy of the epicondyle is crucial for medical professionals, athletes, and anyone interested in physical health. To delve deeper into its significance, we can explore the two main types of epicondyles: the medial and lateral epicondyles. The medial epicondyle is located on the inner side of the elbow joint, while the lateral epicondyle is found on the outer side. These structures play a vital role in the functioning of the elbow by providing attachment points for the muscles that facilitate motion such as flexion and extension. Injuries to these areas can lead to conditions like golfer's elbow or tennis elbow, which are common among athletes who engage in repetitive arm motions. In addition to their anatomical importance, epicondyles can also be a focal point in rehabilitation and physical therapy. When a patient is recovering from an injury involving the elbow, understanding the location and function of the epicondyle can help therapists design effective treatment plans. Exercises that strengthen the muscles around the epicondyle can enhance joint stability and prevent future injuries. Furthermore, knowledge of these structures assists healthcare providers in diagnosing issues accurately, leading to better patient outcomes. The study of epicondyles extends beyond the elbow; similar structures exist in other joints throughout the body. For instance, the knee has its own set of epicondyles that contribute to its complex mechanics. This highlights the interconnectedness of our skeletal system, where each bone and its associated structures work in harmony to support our daily activities. Moreover, advances in medical imaging techniques have allowed for more detailed examinations of epicondyles and their surrounding tissues. MRI and CT scans can reveal abnormalities or injuries that may not be visible through traditional X-rays. This capability has revolutionized the way we approach orthopedic medicine, enabling earlier diagnosis and more targeted treatments. In conclusion, the epicondyle may seem like a small component of our anatomy, but its role is significant in maintaining joint function and overall physical health. Whether you are an athlete, a medical professional, or simply someone interested in understanding the human body, recognizing the importance of the epicondyle can enhance your knowledge of how we move and function. As we continue to study and learn about these bony prominences, we gain insights that can lead to improved health practices and better quality of life for individuals of all ages.

人类身体是一个迷人的结构，由骨骼、肌肉和各种组织组成，这些元素共同工作以实现运动和功能。在我们骨骼系统的众多组成部分中，术语肱骨外上髁指的是位于骨头表面上的一个骨性隆起，通常靠近关节。具体而言，它作为韧带和肌腱的附着点，这对于我们关节的稳定性和移动性至关重要。理解肱骨外上髁的解剖学对医疗专业人员、运动员以及任何对身体健康感兴趣的人来说都很重要。 为了更深入地探讨其重要性，我们可以研究两种主要类型的肱骨外上髁：内侧肱骨外上髁位于肘关节的内侧，而外侧肱骨外上髁则位于外侧。这些结构在肘部的功能中起着至关重要的作用，为促进运动如屈伸的肌肉提供附着点。对这些区域的损伤可能导致高尔夫球肘或网球肘等病症，这在参与重复手臂动作的运动员中很常见。 除了它们在解剖学上的重要性，肱骨外上髁在康复和物理治疗中也可以成为焦点。当患者从涉及肘部的伤害中恢复时，了解肱骨外上髁的位置和功能可以帮助治疗师设计有效的治疗计划。加强围绕肱骨外上髁的肌肉的锻炼可以增强关节的稳定性，防止未来的伤害。此外，对这些结构的了解还帮助医疗提供者准确诊断问题，从而改善患者的结果。 肱骨外上髁的研究不仅限于肘部；身体其他关节也存在类似的结构。例如，膝盖有自己的肱骨外上髁，为其复杂的力学贡献力量。这突显了我们骨骼系统的相互关联性，其中每块骨头及其相关结构协同工作以支持我们日常活动。 此外，医学成像技术的进步使得对肱骨外上髁及其周围组织的更详细检查成为可能。MRI和CT扫描可以揭示通过传统X光可能看不到的异常或损伤。这一能力彻底改变了我们对骨科医学的处理方式，使得早期诊断和更具针对性的治疗成为可能。 总之，肱骨外上髁可能看似我们解剖结构中的一个小组成部分，但它在维持关节功能和整体身体健康方面的作用是显著的。无论你是运动员、医疗专业人员，还是只是对理解人体感兴趣的人，认识到肱骨外上髁的重要性都可以增强你对我们如何运动和功能的知识。随着我们继续研究和了解这些骨性隆起，我们获得的见解可以导致改善健康实践和提高各年龄段个体生活质量。