tarsus

简明释义

英[ˈtɑːsəs]美[ˈtɑːrsəs]

n. 睑板；跗骨；踝骨

复 数 t a r s i

英英释义

单词用法

同义词

反义词

例句

1.To study the effect of eyelid reconstruction replacing tarsus with plantar dermis.

目的 ：探讨用自体足底皮代替睑板行眼睑再造术的效果。

2.Objective: To study the effect of eyelid reconstruction replacing tarsus with plantar dermis.

目的：探讨用自体足底皮代替睑板行眼睑再造术的效果。

3.He takes Paul from Tarsus, and they both dwell at Antioch a whole year, and teach many people.

他保罗来自塔尔苏斯，和他们都住在安提阿整整一年，并教了许多人。

4.It also has long hind limbs and its feet have extremely elongated tarsus bones, hence his name.

眼镜猴后肢很长，踝骨细长，因此又名跗猴。

5.As we all know, St Paul was born into a family of Jewish immigrants in Tarsus, Paul was educated in the Hebrew and Hellenistic cultures and languages, making the most of the Roman cultural context.

大家都知道，圣保禄出生于塔尔苏斯的一个犹太移民家庭，其教育深深受到希伯来和希腊文化及语言薰陶，正正就是罗马帝国的主流文化。

6.30when the brothers learned of this, they took him down to Caesarea and sent him off to Tarsus.

弟兄们知道了，就送他下该撒利亚，打发他往大数去。

7.Acts 9:30 But when the brothers realized it, they brought him down to Caesarea and sent him forth to Tarsus.

徒九30弟兄们知道了，就送他下该撒利亚，打发他往大数去。

8.The athlete suffered an injury to the tarsus during the game.

运动员在比赛中受伤了，伤到了他的跗骨。

9.The doctor examined the patient's left foot, noting swelling in the tarsus.

医生检查了病人左脚，注意到跗骨肿胀。

10.In birds, the tarsus is often referred to as the 'ankle'.

在鸟类中，跗骨通常被称为“踝”。

11.An X-ray revealed a fracture in the tarsus of the foot.

X光显示出脚部跗骨的骨折。

12.The structure of the tarsus includes several small bones that provide flexibility.

这跗骨的结构包括几块小骨头，提供灵活性。

作文

The human body is a complex and intricate system composed of various parts that work together to facilitate movement and support. One of the lesser-known components of our anatomy is the tarsus, which refers to the group of seven bones located in the foot, specifically in the area between the ankle and the metatarsals. The tarsus plays a crucial role in maintaining balance and stability while walking, running, or standing. Understanding the structure and function of the tarsus can enhance our appreciation for the mechanics of the foot and its importance in everyday activities.The bones that make up the tarsus include the talus, calcaneus, navicular, three cuneiforms (medial, intermediate, and lateral), and the cuboid. Each of these bones has a specific role in the overall function of the foot. For instance, the calcaneus, commonly known as the heel bone, bears much of the body's weight during movement and provides leverage for walking. The talus, on the other hand, connects the foot to the leg and is essential for the ankle's range of motion.In addition to their structural significance, the bones of the tarsus also serve as attachment points for ligaments and tendons, which contribute to the foot's stability and flexibility. Ligaments connect bones to one another, while tendons connect muscles to bones. This intricate network allows for a wide range of movements, from the simple act of standing to complex athletic maneuvers.Injuries to the tarsus can lead to significant mobility issues. Common injuries include fractures, sprains, and tendonitis, which can result from overuse, improper footwear, or accidents. For example, an ankle sprain often involves damage to the ligaments surrounding the tarsus, leading to pain and swelling. Rehabilitation and proper care are essential for recovery, highlighting the importance of this group of bones in our daily lives.Moreover, the tarsus is not only important in humans but also in many animals, particularly those that rely on their legs for movement. In quadrupeds, the structure of the tarsus can vary significantly, adapting to their specific locomotion needs. For instance, in animals like horses, the tarsus is adapted for speed and endurance, allowing them to run swiftly across open terrain.In conclusion, the tarsus is a vital component of the skeletal system that often goes unnoticed. Its role in facilitating movement, providing stability, and supporting the body's weight is fundamental to our ability to navigate the world around us. By understanding the anatomy and function of the tarsus, we can better appreciate the complexity of our bodies and the importance of maintaining foot health. Whether through exercise, proper footwear, or injury prevention, caring for our feet, and by extension the tarsus, is crucial for leading an active and healthy lifestyle.

人类的身体是一个复杂而精密的系统，由各种部件组成，这些部件共同工作以促进运动和支撑。其中一个鲜为人知的解剖结构是跗骨，它指的是位于脚部的一组七块骨头，具体位于踝关节与跖骨之间。跗骨在走路、跑步或站立时，维持平衡和稳定方面发挥着至关重要的作用。理解跗骨的结构和功能，可以增强我们对脚部机械运作的欣赏，以及它在日常活动中的重要性。构成跗骨的骨骼包括距骨、跟骨、舟骨、三个楔形骨（内侧、中间和外侧）以及立方骨。这些骨骼在脚部整体功能中各有其特定角色。例如，跟骨，通常被称为脚后跟骨，在运动过程中承受着身体的大部分重量，并为行走提供杠杆作用。而距骨则将脚与腿连接起来，对于踝关节的活动范围至关重要。除了结构上的重要性，跗骨的骨骼也是韧带和肌腱的附着点，这些韧带和肌腱有助于脚的稳定性和灵活性。韧带将骨头连接在一起，而肌腱则将肌肉连接到骨骼上。这种复杂的网络使得从简单的站立到复杂的运动都成为可能。对跗骨的损伤可能导致显著的运动能力问题。常见的损伤包括骨折、扭伤和腱炎，这些通常是由于过度使用、不当的鞋子或意外造成的。例如，踝关节扭伤通常涉及到周围跗骨的韧带损伤，导致疼痛和肿胀。康复和适当的护理对于恢复至关重要，这突显了这一骨群在我们日常生活中的重要性。此外，跗骨不仅在人类中重要，在许多动物中也同样重要，特别是那些依赖腿部进行移动的动物。在四足动物中，跗骨的结构可能会有显著差异，以适应它们特定的运动需求。例如，在马等动物中，跗骨被适应为速度和耐力，使它们能够在开阔地带快速奔跑。总之，跗骨是骨骼系统的重要组成部分，常常被忽视。它在促进运动、提供稳定性和支撑身体重量方面的作用，对于我们能够在周围世界中自由移动是至关重要的。通过理解跗骨的解剖学和功能，我们可以更好地欣赏我们身体的复杂性以及保持脚部健康的重要性。无论是通过锻炼、适当的鞋子还是预防损伤，照顾好我们的脚，进而照顾好跗骨，对于过上积极和健康的生活至关重要。