anterior deflection

简明释义

前弧;

英英释义

例句

1.In surgical procedures, correcting the anterior deflection 前移偏斜 is crucial for recovery.

在手术过程中，纠正前移偏斜对恢复至关重要。

2.During the physical examination, the doctor noted an anterior deflection 前移偏斜 in the alignment of the knee joint.

在体检中，医生注意到膝关节的排列出现了前移偏斜。

3.The biomechanics study focused on the effects of anterior deflection 前移偏斜 on athletic performance.

生物力学研究集中于前移偏斜对运动表现的影响。

4.The patient's MRI showed significant anterior deflection 前移偏斜 of the cervical spine.

患者的MRI显示颈椎有显著的前移偏斜。

5.An anterior deflection 前移偏斜 of the pelvis can lead to lower back pain.

骨盆的前移偏斜可能导致下背痛。

作文

Understanding the concept of anterior deflection is crucial in various fields such as anatomy, biomechanics, and even in certain sports. The term anterior deflection refers to a movement or displacement towards the front of the body. In anatomical terms, 'anterior' means 'toward the front', while 'deflection' implies a change in direction or position. When we analyze this term, we can see its relevance in different contexts. In anatomy, anterior deflection may describe how certain bones or joints move during physical activity. For instance, when a person performs a forward lunge, the knee joint experiences anterior deflection as it shifts forward relative to the ankle and hip joints. This movement is essential for maintaining balance and stability during dynamic activities. Understanding how anterior deflection occurs helps trainers and physiotherapists design effective rehabilitation programs for athletes recovering from injuries. In biomechanics, anterior deflection plays a significant role in analyzing the forces acting on the body during movement. For example, when a runner takes off from the starting blocks, their body undergoes anterior deflection as they propel themselves forward. This movement generates momentum and allows the athlete to achieve maximum speed. By studying these movements, sports scientists can develop better training techniques that enhance performance while minimizing the risk of injury. Furthermore, anterior deflection is also relevant in the field of physical therapy. Patients recovering from knee surgeries often experience limitations in their range of motion. Therapists may focus on exercises that promote anterior deflection of the knee joint to restore function and mobility. By gradually increasing the degree of anterior deflection, patients can regain strength and flexibility, enabling them to return to their daily activities. In addition to its applications in physical health, anterior deflection can also be observed in other areas such as engineering and robotics. Engineers designing robotic limbs must consider the anterior deflection of joints to ensure that the movements mimic human actions accurately. The ability to replicate natural movements, including anterior deflection, is vital for developing prosthetics that allow users to perform tasks comfortably and efficiently. In conclusion, the term anterior deflection encompasses a wide range of applications across various disciplines. Whether in anatomy, biomechanics, physical therapy, or engineering, understanding anterior deflection provides valuable insights into how the body moves and functions. As we continue to explore this concept, we can enhance our knowledge and improve practices related to health, sports, and technology. By recognizing the importance of anterior deflection, we can better appreciate the complexities of human movement and the innovations that arise from this understanding.

理解“anterior deflection”这一概念在解剖学、生物力学，甚至某些运动领域中至关重要。术语“anterior deflection”指的是向身体前方的运动或位移。在解剖学术语中，“anterior”意味着“朝向前方”，而“deflection”则暗示方向或位置的变化。当我们分析这个术语时，可以看到它在不同背景下的相关性。 在解剖学中，“anterior deflection”可能描述某些骨骼或关节在体育活动中的运动。例如，当一个人进行前弓步时，膝关节经历了“anterior deflection”，因为它相对于踝关节和髋关节向前移动。这种运动对于在动态活动中保持平衡和稳定至关重要。理解“anterior deflection”如何发生，帮助训练师和理疗师为从伤病中恢复的运动员设计有效的康复方案。 在生物力学中，“anterior deflection”在分析运动过程中作用于身体的力量方面发挥着重要作用。例如，当跑步者从起跑器起步时，他们的身体经历了“anterior deflection”，因为他们向前推进。这一运动产生了动量，使运动员能够达到最高速度。通过研究这些运动，运动科学家可以开发更好的训练技术，以提高表现，同时最小化受伤风险。 此外，“anterior deflection”在物理治疗领域也相关。接受膝关节手术的患者通常会经历活动范围的限制。治疗师可能会专注于促进膝关节的“anterior deflection”的锻炼，以恢复功能和活动能力。通过逐渐增加“anterior deflection”的程度，患者可以恢复力量和灵活性，使他们能够回到日常活动中。 除了在身体健康方面的应用外，“anterior deflection”还可以在工程和机器人等其他领域中观察到。设计机器人肢体的工程师必须考虑关节的“anterior deflection”，以确保运动准确模仿人类动作。复制自然运动的能力，包括“anterior deflection”，对于开发允许用户舒适高效地执行任务的假肢至关重要。 总之，“anterior deflection”这一术语涵盖了各个学科的广泛应用。无论是在解剖学、生物力学、物理治疗还是工程学中，理解“anterior deflection”提供了关于身体如何运动和功能的宝贵见解。随着我们继续探索这一概念，我们可以增强我们的知识并改善与健康、运动和技术相关的实践。通过认识到“anterior deflection”的重要性，我们可以更好地欣赏人类运动的复杂性以及由此产生的创新。