trapezial
简明释义
大多角骨的
斜方形的
英英释义
Relating to or resembling a trapezium, especially in anatomical contexts, such as the trapezial bone in the wrist. | 与梯形有关或相似,尤其是在解剖学背景下,如手腕中的梯骨。 |
单词用法
梯形关节 | |
梯形骨 | |
梯形韧带 | |
梯形区域 |
同义词
梯形的 | The trapezoidal shape is often used in architectural designs. | 梯形的形状常用于建筑设计中。 |
反义词
矩形的 | The table is rectangular, providing a classic shape for dining. | 这张桌子是矩形的,为用餐提供了经典的形状。 | |
圆柱形的 | The storage container is cylindrical, making it easy to stack. | 这个储物箱是圆柱形的,便于堆叠。 |
例句
1.This allows pin distortion and barrel distortion, as well as trapezial distortion to be corrected by remote control in the back-projection image display device (1).
由此,在背投式图像显示装置(1)中可以实现基于远程操作的枕形失真、鼓形失真和不等腰梯形失真的校正。
2.This allows pin distortion and barrel distortion, as well as trapezial distortion to be corrected by remote control in the back-projection image display device (1).
由此,在背投式图像显示装置(1)中可以实现基于远程操作的枕形失真、鼓形失真和不等腰梯形失真的校正。
3.In physical therapy, exercises targeting the trapezial 舟骨的 area can help alleviate pain.
在物理治疗中,针对trapezial 舟骨的 区域的锻炼可以帮助缓解疼痛。
4.The doctor explained that the pain in my wrist was due to a problem with the trapezial 舟骨的 bone.
医生解释说,我手腕的疼痛是由于trapezial 舟骨的 问题。
5.The radiologist pointed out the trapezial 舟骨的 irregularity on the X-ray.
放射科医生在X光片上指出了trapezial 舟骨的 不规则性。
6.During the anatomy class, we learned about the trapezial 舟骨的 structure and its function in wrist movement.
在解剖课上,我们学习了trapezial 舟骨的 结构及其在手腕运动中的作用。
7.A trapezial 舟骨的 fracture can significantly affect hand mobility.
一个trapezial 舟骨的 骨折会严重影响手部的灵活性。
作文
The human body is a marvel of engineering, with each part playing a crucial role in maintaining balance and functionality. One lesser-known aspect of our anatomy is the structure of our wrists, which includes a group of bones known as the carpal bones. Among these, the trapezium bone stands out due to its unique shape and function. The trapezium is one of the eight carpal bones located at the base of the thumb, and it plays a vital role in facilitating the thumb's wide range of motion. This bone is often referred to in medical contexts as the trapezial (梯形的) bone, highlighting its distinctive trapezoidal shape.Understanding the trapezial (梯形的) bone is essential for grasping how we perform daily tasks that require dexterity, such as writing, typing, or playing musical instruments. The trapezium articulates with the first metacarpal bone, allowing for the opposition of the thumb, which is a critical movement that enables us to grasp objects securely. Without the proper function of the trapezial (梯形的) bone, our ability to perform these tasks would be severely compromised.In addition to its functional significance, the trapezial (梯形的) bone is also a common site for injuries, particularly in athletes who engage in sports that involve repetitive wrist and hand movements. Conditions such as trapeziometacarpal arthritis can develop over time, leading to pain and reduced mobility in the thumb. Understanding the anatomy of the trapezial (梯形的) bone can help individuals take preventive measures to protect their wrists and thumbs during physical activities.Moreover, the study of the trapezial (梯形的) bone extends beyond just anatomy; it has implications in fields like ergonomics and rehabilitation. For instance, ergonomic tools are designed with an understanding of hand anatomy, including the positioning of the trapezial (梯形的) bone, to reduce strain and improve efficiency during use. Similarly, rehabilitation exercises often focus on strengthening the muscles surrounding the trapezial (梯形的) bone to enhance its stability and functionality after an injury.In conclusion, the trapezial (梯形的) bone is a small yet significant component of our skeletal system that plays a key role in the functionality of our hands. By understanding its structure and function, we can appreciate the complexity of our anatomy and the importance of maintaining our wrist health. Whether through preventive measures, ergonomic design, or rehabilitation, recognizing the value of the trapezial (梯形的) bone can lead to improved quality of life and enhanced physical performance. As we continue to explore the intricacies of human anatomy, the trapezial (梯形的) bone serves as a reminder of the remarkable capabilities of our bodies and the importance of caring for them.
人体是工程的奇迹,每个部分在维持平衡和功能方面都发挥着至关重要的作用。我们解剖学中一个鲜为人知的方面是手腕的结构,其中包括一组称为腕骨的骨头。在这些骨头中,舟状骨因其独特的形状和功能而脱颖而出。舟状骨是位于拇指根部的八块腕骨之一,它在促进拇指广泛运动范围方面发挥着重要作用。这块骨头在医学上常被称为trapezial(梯形的)骨,突显了其独特的梯形形状。理解trapezial(梯形的)骨对于掌握我们执行日常任务所需的灵活性至关重要,例如写字、打字或演奏乐器。舟状骨与第一掌骨相接,使拇指能够进行对掌,这是一个关键的运动,使我们能够安全地抓住物体。如果trapezial(梯形的)骨的正常功能受到影响,我们执行这些任务的能力将受到严重损害。除了其功能重要性外,trapezial(梯形的)骨也是常见的伤害部位,尤其是在参与涉及重复手腕和手部运动的运动员中。随着时间的推移,可能会出现如舟掌关节炎等疾病,导致拇指疼痛和活动能力下降。了解trapezial(梯形的)骨的解剖结构可以帮助个人在体育活动中采取预防措施,以保护他们的手腕和拇指。此外,trapezial(梯形的)骨的研究不仅限于解剖学;它在人体工程学和康复等领域也具有重要意义。例如,符合人体工程学的工具是根据手部解剖学设计的,包括trapezial(梯形的)骨的位置,以减少压力并提高使用效率。同样,康复锻炼通常专注于增强围绕trapezial(梯形的)骨的肌肉,以增强其在受伤后的稳定性和功能。总之,trapezial(梯形的)骨是我们骨骼系统中一个小但重要的组成部分,在我们手的功能性中发挥着关键作用。通过理解其结构和功能,我们可以欣赏到我们解剖学的复杂性以及保持手腕健康的重要性。无论是通过预防措施、符合人体工程学的设计还是康复,认识到trapezial(梯形的)骨的价值都可以改善生活质量并增强身体表现。当我们继续探索人类解剖学的细微差别时,trapezial(梯形的)骨提醒我们身体的非凡能力及其护理的重要性。