ligament

简明释义

英[ˈlɪɡəmənt]美[ˈlɪɡəmənt]

n. 韧带；纽带，系带

复 数 l i g a m e n t s

英英释义

单词用法

同义词

反义词

例句

1.Plantar fasciitis occurs because the supporting ligament (plantar fascia) of the arch becomes strained and inflamed.

发生足跟筋膜炎是因为足弓的支撑韧带(跖腱膜)拉紧并发生炎症。

2.The capsular ligament is a sac surrounding the articular cavity of a freely movable joint and attached to the bones.

关节囊韧带是一种包围着某个自由运动关节的关节腔并连接到骨头上的关节囊。

3.Umbilical vein, ductus venosus and venous ligament and ligamentum teres hepatis were anatomized, observed and measured.

解剖观测脐静脉、静脉导管及肝圆韧带、静脉韧带等。

4.It appears loose with no vocal ligament.

它看起来很松，没有声韧带。

5.The lower lateral limit is the anterior crest of the ilium and Poupart's ligament.

下外侧缘是髂骨前嵴和普帕尔氏韧带。

6.The activity would have to be repeated thousands of times before the ligament would get stressed to that degree.

这个动作要重复上千次，才能让韧带达到受伤的程度。

7.Objective To introduce the research advance of the ligament injury and ligament healing.

目的了解近年有关韧带损伤及愈合的研究与进展。

8.The doctor explained that the torn ligament (韧带) in his knee would require surgery.

医生解释说，他膝盖上的撕裂的韧带需要手术治疗。

9.After the injury, she felt a sharp pain in her ankle where the ligament (韧带) was damaged.

受伤后，她在脚踝感到剧烈疼痛，那里有一条韧带受损。

10.Physical therapy helped strengthen the ligament (韧带) and improve her mobility.

物理治疗帮助增强了韧带的力量，并改善了她的活动能力。

11.He was sidelined for weeks due to a sprained ligament (韧带) in his wrist.

由于手腕的扭伤的韧带，他被迫休息了几周。

12.An MRI showed that the ligament (韧带) in her shoulder was inflamed.

核磁共振显示她肩部的韧带发炎。

作文

The human body is a complex and intricate system, composed of various elements that work together to maintain functionality and movement. One crucial component of this system is the ligament, which plays a vital role in connecting bones to other bones at joints. Understanding the significance of ligaments can help us appreciate how our bodies function and the importance of maintaining joint health. Ligaments are tough, fibrous tissues that provide stability to our skeletal system. They are composed primarily of collagen, a protein that gives strength and elasticity. Each ligament is designed to withstand tension and stress, ensuring that our joints remain stable during movement. For instance, the anterior cruciate ligament (ACL) in the knee is essential for maintaining stability during activities such as running and jumping. When this ligament is injured, it can lead to significant instability and hinder mobility. In addition to providing stability, ligaments also play a role in the overall range of motion of our joints. They work in conjunction with muscles and tendons to allow for smooth and coordinated movements. A healthy ligament allows for flexibility while also preventing excessive movement that could lead to injury. This balance is crucial for athletes who rely on their bodies to perform at high levels. Any damage to a ligament can result in pain, swelling, and loss of function, making it essential to take care of these structures. Injuries to ligaments are common, especially among athletes and active individuals. Sprains occur when a ligament is stretched or torn, often due to sudden twists or impacts. Recovery from a ligament injury can be a lengthy process, requiring rest, rehabilitation, and sometimes surgery. It is important to listen to one’s body and seek medical attention when experiencing joint pain or instability. Preventive measures, such as proper warm-up routines, strength training, and using appropriate gear, can help reduce the risk of ligament injuries. Moreover, the study of ligaments and their functions has led to advancements in medical treatments and surgical techniques. For example, reconstructive surgeries often involve grafting tissue to replace damaged ligaments, allowing patients to regain mobility and return to their normal activities. Research continues to explore ways to enhance healing and recovery processes for ligament injuries, highlighting the ongoing importance of this area in sports medicine and orthopedics. In conclusion, ligaments are essential components of our musculoskeletal system, providing stability and facilitating movement. Understanding their role can help us appreciate the complexity of our bodies and the necessity of maintaining joint health. Whether through preventive measures or seeking medical intervention when necessary, taking care of our ligaments is crucial for a healthy and active lifestyle. By being aware of how ligaments function and the potential for injury, we can make informed decisions about our physical activities and overall well-being.

人体是一个复杂而精细的系统，由各种元素组成，这些元素共同工作以维持功能和运动。这个系统中一个至关重要的组成部分是韧带，它在连接关节处的骨骼与其他骨骼方面发挥着重要作用。理解韧带的重要性可以帮助我们欣赏身体的运作方式以及维持关节健康的重要性。 韧带是坚韧的纤维组织，为我们的骨骼系统提供稳定性。它们主要由胶原蛋白组成，这是一种赋予强度和弹性的蛋白质。每个韧带都旨在承受拉力和压力，确保在运动过程中我们的关节保持稳定。例如，膝盖中的前交叉韧带（ACL）对于在跑步和跳跃等活动中维持稳定性至关重要。当这个韧带受伤时，会导致显著的不稳定，并妨碍移动。 除了提供稳定性外，韧带还在我们关节的整体活动范围中发挥作用。它们与肌肉和肌腱协同工作，以实现平滑和协调的运动。健康的韧带允许灵活性，同时防止过度运动可能导致的伤害。这种平衡对于依赖身体高水平表现的运动员至关重要。任何对韧带的损伤都可能导致疼痛、肿胀和功能丧失，因此维护这些结构至关重要。 对韧带的损伤很常见，尤其是在运动员和活跃的人群中。扭伤发生在韧带被拉伸或撕裂时，通常是由于突然的扭转或冲击。恢复韧带损伤可能是一个漫长的过程，需要休息、康复，有时甚至需要手术。在经历关节疼痛或不稳定时，倾听身体的声音并寻求医疗帮助非常重要。预防措施，例如适当的热身、力量训练和使用合适的装备，可以帮助降低韧带受伤的风险。 此外，对韧带及其功能的研究推动了医疗治疗和外科技术的进步。例如，重建手术通常涉及移植组织以替代受损的韧带，使患者能够恢复活动能力，回到正常生活中。研究继续探索增强愈合和恢复过程的方法，突显了这一领域在运动医学和骨科中的持续重要性。 总之，韧带是我们肌肉骨骼系统的基本组成部分，提供稳定性并促进运动。理解它们的作用可以帮助我们欣赏身体的复杂性以及保持关节健康的必要性。无论是通过预防措施还是在必要时寻求医疗干预，照顾我们的韧带对于健康和积极的生活方式至关重要。通过了解韧带的功能及其受伤的潜在风险，我们可以就体育活动和整体健康做出明智的决策。