forefeet

简明释义

英[ˈfɔːfiːt]美[ˈfɔrfit]

n. 船龙骨的前端部分

英英释义

单词用法

同义词

反义词

例句

1.Objective To report the clinical effects of early repair of seriously damaged forefeet, reconstruction of forefeet defect and replantation of amputated forefeet.

目的探讨足前部毁损伤早期修复、足前部缺损重建以及足前掌部离断再植的临床效果。

2.Objective To report the clinical effects of early repair of seriously damaged forefeet, reconstruction of forefeet defect and replantation of amputated forefeet.

目的探讨足前部毁损伤早期修复、足前部缺损重建以及足前掌部离断再植的临床效果。

3.Hind feet: Similar to forefeet, though slightly smaller and broader, but with the same characteristics.

后脚：类似的前肢，但更小，而且更广泛，但具有相同的特点。

4.He put his forefeet on the wall and the fox easily climbed out and started to go away.

他把两只前脚搭在墙上，狐狸轻易地就爬了出去，并开始要离去了。

5.If you put your forefeet high up on the wall, I will climb up your back and get out.

如果你把前脚高高搭在墙上，我就可以爬上你的背出去。

6.Its gripping strength on the forefeet also recovered to up to 80 percent.

前脚的抓握力量也恢复超过80%以上。

7.Moles have powerful forefeet for digging.

鼹鼠的前足非常有力，擅长挖洞。

8.The cat gracefully landed on its forefeet 前脚 after jumping off the counter.

猫在从柜台跳下后，优雅地落在它的前脚上。

9.The horse trotted forward, lifting its forefeet 前蹄 high with each step.

马向前小跑，每一步都高高抬起它的前蹄。

10.During the inspection, the vet checked the dog's forefeet 前爪 for any injuries.

在检查过程中，兽医检查了狗的前爪是否有任何伤害。

11.The puppy stumbled and fell on its forefeet 前脚, but quickly got back up.

小狗跌倒在它的前脚上，但很快又站了起来。

12.The lion used its powerful forefeet 前爪 to hunt down its prey.

狮子用它强壮的前爪捕猎猎物。

作文

In the animal kingdom, the anatomy of creatures varies significantly across different species. One fascinating aspect is how animals use their limbs for various activities such as locomotion, feeding, and interaction with their environment. Among these limbs, the term forefeet (前足) is often used to describe the front limbs of quadrupedal animals, particularly mammals. Understanding the structure and function of forefeet (前足) can provide insights into the evolutionary adaptations that allow these animals to thrive in their respective habitats. For instance, consider the anatomy of a dog. The forefeet (前足) of a dog are designed for running and digging. They possess strong muscles and flexible joints that enable quick movements and agility. The pads on their forefeet (前足) provide traction and cushioning, allowing them to run on various terrains without injury. This adaptation is crucial for their survival, as it aids in hunting and escaping predators. On the other hand, cats also exhibit unique adaptations in their forefeet (前足). Unlike dogs, cats have retractable claws that they can extend or retract as needed. This feature allows them to climb effectively and catch prey with precision. Their forefeet (前足) are not only tools for movement but also play a critical role in their hunting strategy, showcasing the diversity of limb adaptations in the animal kingdom. Moreover, the forefeet (前足) of larger mammals like elephants serve a different purpose. Elephants have large, pillar-like forefeet (前足) that support their massive weight. The structure of their feet helps distribute their body weight evenly, preventing injury to their joints and bones. Additionally, the soft pads on their forefeet (前足) help absorb shock when they walk, allowing them to move quietly through their environment despite their size. Birds, while not having forefeet (前足) in the traditional sense, possess wings that serve a similar function. The structure of a bird's wing is analogous to that of a mammal's forefeet (前足), as both are adapted for specific purposes. For example, the forefeet (前足) of birds have evolved into wings that enable flight, showcasing another evolutionary pathway that highlights the importance of limb adaptation. In conclusion, the study of forefeet (前足) across different species reveals a wealth of information about how animals have adapted to their environments. From the agile forefeet (前足) of dogs to the specialized limbs of cats and the sturdy forefeet (前足) of elephants, each adaptation plays a vital role in the survival and success of these creatures. By examining these anatomical features, we gain a deeper appreciation for the diversity of life on our planet and the intricate ways in which evolution shapes the physical attributes of animals. Understanding the significance of forefeet (前足) not only enriches our knowledge of biology but also enhances our connection to the natural world.

在动物王国中，生物的解剖结构在不同物种之间有显著差异。一个引人入胜的方面是动物如何利用四肢进行各种活动，如运动、觅食和与环境的互动。在这些肢体中，术语forefeet（前足）通常用于描述四足动物，特别是哺乳动物的前肢。理解forefeet（前足）的结构和功能可以提供关于这些动物如何在各自栖息地中生存的进化适应的见解。 例如，考虑一下狗的解剖结构。狗的forefeet（前足）设计用于奔跑和挖掘。它们拥有强壮的肌肉和灵活的关节，使其能够快速移动和灵活应对。它们的forefeet（前足）上的垫子提供了抓地力和缓冲，允许它们在各种地形上奔跑而不受伤。这种适应对于它们的生存至关重要，因为它有助于捕猎和逃避捕食者。 另一方面，猫在其forefeet（前足）中也展现出独特的适应性。与狗不同，猫具有可伸缩的爪子，可以根据需要伸出或收回。这一特征使它们能够有效地攀爬并精确捕捉猎物。它们的forefeet（前足）不仅是运动的工具，还在它们的捕猎策略中发挥着关键作用，展示了动物王国中肢体适应性的多样性。 此外，像大象这样的大型哺乳动物的forefeet（前足）则起着不同的作用。大象拥有大型、柱状的forefeet（前足），支撑着它们庞大的体重。它们脚的结构有助于均匀分配体重，防止关节和骨骼受伤。此外，它们的forefeet（前足）上的柔软垫子帮助吸收行走时的冲击，使它们尽管体型庞大，但仍能安静地穿行于环境中。 鸟类虽然没有传统意义上的forefeet（前足），但它们的翅膀在功能上类似。鸟的翅膀结构与哺乳动物的forefeet（前足）相似，因为两者都适应于特定的用途。例如，鸟类的forefeet（前足）已经演变为使其能够飞行的翅膀，展示了另一条进化路径，突显了肢体适应的重要性。 总之，对不同物种的forefeet（前足）的研究揭示了大量有关动物如何适应其环境的信息。从敏捷的狗的forefeet（前足）到猫的特化肢体，再到大象的坚固forefeet（前足），每一种适应在这些生物的生存和成功中都发挥着至关重要的作用。通过研究这些解剖特征，我们对地球上生命的多样性以及进化如何塑造动物的身体特征有了更深刻的理解。理解forefeet（前足）的意义不仅丰富了我们对生物学的知识，也增强了我们与自然界的联系。