tarsal

简明释义

英[ˈtɑːsl]美[ˈtɑːrsl]

adj. 跗骨的；眼睑软骨的

n. 跗骨

英英释义

单词用法

同义词

反义词

例句

1.ObjectiveTo study the clinical X-ray diagnosis of tarsal coalition.

目的探讨跗骨桥的临床X线诊断。

2.Conclusion It is a good method for reconstruct eyelid that using pedicle musculocutaneous flap and tarsal-conjunctival free flap.

结论带蒂肌皮瓣加游离睑板结膜瓣是修复眼睑全层缺损的较好方法。

3.ObjectiveTo study the clinical X - ray diagnosis of tarsal coalition.

目的探讨跗骨桥的临床x线诊断。

4.Conclusion It was effective to resuture the lower eyelid retractor to tarsal plate and resect the measurable lower eyelid skin to correct senile entropion and had a low recurrence rate.

结论睑板下睑缩肌缝线加固术联合下睑皮肤定量切除术矫正老年性睑内翻效果好，复发率低。

5.Conclusion: Chinese herbal fumigation and tarsal massage can effectively treat MGD, improve the conditions and symptoms of ocular surface.

结论：眼部中药熏蒸、睑板按摩治疗可有效治疗MGD，改善眼表条件及症状。

6.Sometimes the cutaneous branch from the middle point of the crotch originated from lateral tarsal artery(15%).

在伸肌下支持带中点分杈处发出的皮支15%起源于跗外侧动脉。

7.Conclusion It was effective to resuture the lower eyelid retractor to tarsal plate and resect the measurable lower eyelid skin to correct senile entropion and had a low recurrence rate.

结论睑板下睑缩肌缝线加固术联合下睑皮肤定量切除术矫正老年性睑内翻效果好，复发率低。

8.X-rays were taken to check for fractures in the tarsal 跗骨 region.

拍摄X光以检查跗骨区域是否有骨折。

9.The tarsal 跗骨 bones play a crucial role in foot stability.

跗骨对脚的稳定性起着至关重要的作用。

10.She felt pain in her tarsal 跗骨 area after running a marathon.

她在马拉松跑后感到跗骨区域疼痛。

11.The doctor examined the patient's tarsal 跗骨 joints for any signs of injury.

医生检查了病人的跗骨关节是否有受伤的迹象。

12.An injury to the tarsal 跗骨 can lead to difficulties in walking.

对跗骨的伤害可能会导致行走困难。

作文

The human body is a complex and intricate system, consisting of numerous bones and joints that work together to facilitate movement. One of the essential components of this system is the foot, which plays a crucial role in our daily activities such as walking, running, and jumping. Within the structure of the foot, there are several bones known as the tarsal 跗骨 bones, which form the posterior part of the foot. These bones are vital for providing stability and support to the body while in motion.The tarsal 跗骨 bones include seven distinct bones: the calcaneus, talus, navicular, cuboid, and three cuneiform bones (medial, intermediate, and lateral). Each of these bones has its unique shape and function, contributing to the overall mechanics of the foot. For instance, the calcaneus, commonly referred to as the heel bone, is the largest of the tarsal 跗骨 bones and serves as the foundation for the foot’s structure. It absorbs the impact of walking and running, helping to protect the other bones and joints from excessive stress.The talus, another important tarsal 跗骨 bone, sits above the calcaneus and connects the foot to the ankle. It plays a significant role in the articulation between the foot and the leg, allowing for a wide range of motion. The remaining tarsal 跗骨 bones – the navicular, cuboid, and cuneiforms – help in forming the arch of the foot, which is crucial for weight distribution and balance.Understanding the anatomy of the tarsal 跗骨 bones is essential not only for medical professionals but also for athletes and individuals who engage in physical activities. Injuries to the tarsal 跗骨 area can lead to significant pain and mobility issues. Common injuries include fractures, sprains, and tendonitis, which can severely hinder one’s ability to perform daily tasks or participate in sports.For instance, a fracture of the calcaneus can occur due to a fall from a height or a direct impact during sports. This type of injury often requires extensive rehabilitation, including physical therapy, to regain strength and mobility. Similarly, conditions such as flat feet or high arches can affect the alignment of the tarsal 跗骨 bones, leading to chronic pain and discomfort.Preventative measures are crucial in maintaining the health of the tarsal 跗骨 bones. Proper footwear that provides adequate support and cushioning can significantly reduce the risk of injuries. Additionally, engaging in exercises that strengthen the muscles surrounding the foot can enhance stability and prevent conditions related to the tarsal 跗骨 area.In conclusion, the tarsal 跗骨 bones are fundamental to the structure and function of the foot. Their role in supporting the body, facilitating movement, and absorbing shock cannot be overstated. Understanding their anatomy and function helps us appreciate the complexity of the human body and the importance of caring for our feet. By taking preventative measures and being mindful of our foot health, we can ensure that our tarsal 跗骨 bones remain strong and functional throughout our lives.

人体是一个复杂而精密的系统，由众多的骨骼和关节组成，这些骨骼和关节共同协作以促进运动。脚是这个系统的重要组成部分，在我们日常活动中发挥着至关重要的作用，如行走、跑步和跳跃。在脚的结构中，有几块被称为tarsal 跗骨的骨骼，形成了脚的后部。这些骨骼对于在运动时提供稳定性和支持至关重要。tarsal 跗骨包括七块不同的骨骼：跟骨、距骨、舟骨、骰骨和三块楔骨（内侧、中间和外侧）。每块骨骼都有其独特的形状和功能，为脚的整体机械结构做出贡献。例如，跟骨，通常被称为脚后跟骨，是最大的tarsal 跗骨，为脚的结构提供基础。它吸收行走和跑步的冲击，帮助保护其他骨骼和关节免受过度压力。距骨是另一块重要的tarsal 跗骨，位于跟骨上方，将脚与踝关节连接。它在脚与腿之间的关节运动中起着重要作用，允许脚具有广泛的运动范围。剩余的tarsal 跗骨——舟骨、骰骨和楔骨——有助于形成脚的弓形结构，这对于体重分配和平衡至关重要。了解tarsal 跗骨的解剖结构不仅对医疗专业人员至关重要，也对运动员和参与体育活动的人士至关重要。tarsal 跗骨区域的损伤可能导致显著的疼痛和行动问题。常见的损伤包括骨折、扭伤和腱炎，这些都可能严重妨碍一个人执行日常任务或参与体育运动。例如，跟骨骨折可能由于从高处跌落或在运动中受到直接撞击而发生。这种类型的损伤通常需要广泛的康复，包括物理治疗，以恢复力量和活动能力。同样，扁平足或高弓足等情况可能会影响tarsal 跗骨的排列，导致慢性疼痛和不适。预防措施对于维护tarsal 跗骨的健康至关重要。提供足够支持和缓冲的合适鞋类可以显著降低受伤风险。此外，进行增强脚周围肌肉的锻炼可以提高稳定性，预防与tarsal 跗骨区域相关的情况。总之，tarsal 跗骨对于脚的结构和功能至关重要。它们在支持身体、促进运动和吸收冲击方面的作用不容小觑。了解它们的解剖结构和功能有助于我们欣赏人体的复杂性以及照顾我们双脚的重要性。通过采取预防措施并关注我们的脚部健康，我们可以确保我们的tarsal 跗骨在一生中保持强壮和功能正常。