tarsi
简明释义
n. 脚踝；（鸟、爬行动物的）骨；（昆虫和其他节肢动物的）节；睑板（tarsus的复数）
n. （Tarsi）（美）塔尔西（人名）
英英释义
单词用法
同义词
| 跗骨 | 跗骨由脚部的七块骨头组成。 | ||
| 踝关节 | 他在打篮球时扭伤了踝关节。 |
反义词
| 跗骨 | 跗骨由七块骨头组成，形成脚踝。 | ||
| 跖骨 | 跖骨连接跗骨和脚趾。 |
例句
1.Insects use chemoreceptors on ovipositors, mouthparts, antennae or tarsi to detect marking pheromones.
植食性昆虫的寄主标记信息素只产在寄主表面，用触角或产卵器检测。
2.Between this and the lower leg bone is a natural recess known as the sinus tarsi, which allows ankle flexibility.
在这块骨头和小腿骨之间的是一个天然的凹槽，被称为“跗骨窦”，它决定了脚踝的灵活性。
3.Method: Via the incision on the upper eyelid skin, orbicular muscle was cut to show the tarsi.
方法：经上睑皮肤切口，剪开眼轮匝肌暴露睑板。
4.Objective: To evaluate the treatment methods and clinical effectiveness of dislocation and fracture - dislocation of tarsi - metatarsal joint.
目的：探讨跖跗关节脱位及骨折脱位的治疗方法及临床疗效。
5.Objective: To evaluate the treatment methods and clinical effectiveness of dislocation and fracture - dislocation of tarsi - metatarsal joint.
目的：探讨跖跗关节脱位及骨折脱位的治疗方法及临床疗效。
6.The size of the sinus tarsi varies from person to person and it is this that determines how much your ankle can move - and your ideal heel height.
跗骨窦的大小i因人而异，正是它决定了你的脚踝可以活动的范围，和你理想的鞋跟高度。
7.The scientist studied the evolutionary changes in the tarsi">tarsi of various mammals.
科学家研究了各种哺乳动物的tarsi">跗骨的进化变化。
8.The veterinarian examined the animal's tarsi">tarsi to ensure there were no injuries.
兽医检查了动物的tarsi">跗骨以确保没有受伤。
9.Birds often have specialized tarsi">tarsi that help them grasp branches.
鸟类通常具有特殊的tarsi">跗骨，帮助它们抓住树枝。
10.The biologist noted the differences in the tarsi">tarsi between the two spider species.
生物学家注意到两种蜘蛛的tarsi">跗骨之间的差异。
11.In some species, the structure of the tarsi">tarsi is adapted for climbing.
在某些物种中，tarsi">跗骨的结构适应了攀爬。
作文
In the study of anatomy, particularly in the context of various species, the term tarsi refers to the collection of small bones that make up the structure of the ankle and the foot. These bones play a crucial role in providing stability and mobility to the limbs, allowing for a wide range of movements that are essential for locomotion. The tarsi (踝骨) are found in many animals, including humans, and they vary significantly in size and shape depending on the species and its mode of movement.Understanding the tarsi (踝骨) is important not only for medical professionals who deal with injuries but also for biologists studying evolution and adaptation. For instance, in creatures that rely on jumping or running, such as kangaroos or cheetahs, the structure of their tarsi (踝骨) is adapted to enhance their ability to move quickly and efficiently. In contrast, animals that spend a lot of time climbing, like monkeys, have a different configuration of tarsi (踝骨) that allows them to grip branches securely.In humans, the tarsi (踝骨) consist of seven distinct bones: the talus, calcaneus, navicular, cuboid, and the three cuneiform bones. Each of these bones has a specific function, contributing to the overall mechanics of walking and running. The talus, for example, is crucial for connecting the foot to the leg, while the calcaneus, or heel bone, absorbs shock during movement. Understanding the anatomy of the tarsi (踝骨) helps in diagnosing and treating various conditions, such as sprains, fractures, and arthritis.Moreover, the evolution of the tarsi (踝骨) across different species provides insight into how animals have adapted to their environments. Fossil records show us how the tarsi (踝骨) have changed over millions of years, reflecting shifts in habitat and lifestyle. For example, the transition from a predominantly terrestrial lifestyle to one that includes significant climbing or swimming has led to notable adaptations in the structure of the tarsi (踝骨).In addition to their biological significance, the tarsi (踝骨) have cultural implications as well. In various societies, the ability to walk, run, or dance is often celebrated, and the health of one's feet can be a source of pride. Traditional practices in some cultures emphasize foot care and the importance of maintaining strong and healthy tarsi (踝骨). In conclusion, the tarsi (踝骨) are more than just a collection of bones; they are vital components of our anatomy that affect our daily lives, mobility, and even cultural practices. By studying the tarsi (踝骨), we gain insights not only into human health but also into the evolutionary history of various species. The adaptability of the tarsi (踝骨) across different environments showcases the incredible versatility of life on Earth, reminding us of the intricate connections between form, function, and survival.
