skeleton

简明释义

英[ˈskelɪt(ə)n]美[ˈskelɪtn]

n. 骨骼，骨架；梗概，提纲；骨瘦如柴的人（或动物）；（建筑物、桥梁等的）框架，骨架；（维持运转所需的）最少人员，基干人员；钢架雪车

adj. （员工）最基本的，基干的

复 数 s k e l e t o n s

英英释义

单词用法

同义词

反义词

例句

1.The skeleton has been dated at about 2000 BC.

这骨架的年代为公元前2000年左右。

2.To concrete shear walls, they add steel braces to a skyscraper's skeleton or beefier rebar.

为了用混凝土覆盖剪力墙，他们把钢托支撑加到摩天大楼的骨架或是大钢筋上。

3.In this case, we have a few options for what kind of application skeleton to create.

在这种情况下，我们有几个选择来创建什么样的应用程序框架。

4.To understand the shoulder, look at a human skeleton.

为了了解肩膀，看一下人体骨架。

5.This skeleton schedule is your base.

这个纲要计划表是您的基础。

6.We managed to operate a skeleton bus service during the strike.

罢工期间，我们设法保持最起码的公共汽车营运。

7.Not only will the sunken plane create the perfect skeleton for artificial reef growth, but authorities hope this new underwater attraction will bring tourists to the area.

这架沉没的飞机不仅将为人工珊瑚礁的生长创造完美的骨架，当局还希望这一新的水下景点将吸引游客到该地区。

8.Jungers pulls his office chair over to an assembled human skeleton hanging like a suit from a hanger.

容格斯把他的办公椅拉近了一副像西装一样挂在衣架上的组装人骨骼。

9.The artist used a skeleton 骨架 model to create a more accurate sculpture.

艺术家使用一个骨架模型来创作更准确的雕塑。

10.The skeleton 骨架 of the ancient fish was displayed in the museum.

古代鱼的骨架在博物馆展出。

11.They built a skeleton 框架 of the building before adding walls and a roof.

他们在添加墙壁和屋顶之前，先建造了建筑的框架。

12.The archaeologists discovered a complete skeleton 骨架 of a dinosaur in the excavation site.

考古学家在挖掘现场发现了一具完整的骨架。

13.In biology class, we learned about the human skeleton 骨骼 and its functions.

在生物课上，我们学习了人类的骨骼及其功能。

作文

The term skeleton refers to the framework of bones that supports the body of an animal or human. It is a crucial aspect of anatomy and plays a vital role in protecting internal organs, enabling movement, and providing structure. Understanding the skeleton is fundamental for anyone studying biology or medicine. The human skeleton, for instance, consists of 206 bones that vary in size and shape, each serving specific functions. In addition to providing support and protection, the skeleton also serves as a reservoir for minerals such as calcium and phosphorus, which are essential for various bodily functions. The bones within the skeleton are not static; they are living tissues that undergo continuous remodeling throughout a person's life. This process is influenced by factors such as diet, physical activity, and hormonal changes.The skeleton can be divided into two main parts: the axial skeleton and the appendicular skeleton. The axial skeleton comprises the skull, vertebral column, and rib cage, forming the central axis of the body. It protects the brain, spinal cord, and thoracic organs. On the other hand, the appendicular skeleton includes the limbs and girdles, allowing for a wide range of movements and interactions with the environment.From an evolutionary perspective, the skeleton has adapted over millions of years to meet the needs of different species. For example, the skeleton of birds is lightweight and hollow, enabling flight, while the skeleton of mammals is generally denser and stronger, supporting more robust bodies. These adaptations illustrate the diversity of life on Earth and how organisms have evolved to thrive in their respective environments.In addition to its biological significance, the skeleton also holds cultural and symbolic meanings. In many cultures, the skeleton represents mortality and the cycle of life and death. Artistic representations of skeletons can be found in various forms, from ancient art to modern-day celebrations like Halloween, where skeletons are often depicted to evoke themes of fear and fascination.Moreover, the study of the skeleton extends beyond living organisms. Paleontologists examine fossilized skeletons to understand the history of life on Earth, uncovering information about extinct species and their environments. Through these discoveries, we gain insights into evolutionary processes and the changes that have shaped our planet.In conclusion, the skeleton is far more than just a collection of bones; it is a complex and dynamic system that plays essential roles in biology, culture, and history. Whether viewed through the lens of science or art, the skeleton remains a fascinating subject that continues to intrigue and educate us. By understanding the skeleton, we can appreciate the intricacies of life and the remarkable ways in which living beings have adapted to their surroundings.

“骨架”这个术语指的是支撑动物或人类身体的骨骼框架。它是解剖学的重要组成部分，扮演着保护内脏、促进运动和提供结构的关键角色。理解“骨架”对于任何学习生物学或医学的人来说都是基础。以人类“骨架”为例，它由206块骨头组成，这些骨头的大小和形状各异，各自发挥着特定的功能。除了提供支撑和保护外，“骨架”还充当钙和磷等矿物质的储存库，这些矿物质对各种身体功能至关重要。“骨架”中的骨头并不是静态的；它们是活组织，会在一个人的一生中不断重塑。这一过程受到饮食、体育活动和激素变化等因素的影响。“骨架”可以分为两个主要部分：轴向“骨架”和附肢“骨架”。轴向“骨架”包括颅骨、脊柱和肋骨，形成身体的中央轴线，保护大脑、脊髓和胸腔器官。另一方面，附肢“骨架”包括四肢和带，允许进行广泛的运动和与环境的互动。从进化的角度来看，“骨架”经过数百万年的适应，满足不同物种的需求。例如，鸟类的“骨架”轻巧而中空，使其能够飞行，而哺乳动物的“骨架”通常更密实、更强壮，支持更健壮的身体。这些适应展示了地球上生命的多样性，以及生物体如何进化以在各自的环境中茁壮成长。除了生物学意义外，“骨架”还具有文化和象征意义。在许多文化中，“骨架”代表着死亡和生死循环的主题。各种形式的艺术表现中都可以找到“骨架”的形象，从古代艺术到现代的万圣节庆祝活动，常常用“骨架”来唤起恐惧与迷人的主题。此外，“骨架”的研究超越了生物体。古生物学家通过研究化石化的“骨架”，了解地球生命的历史，揭示有关灭绝物种及其环境的信息。通过这些发现，我们获得了对进化过程的见解，以及塑造我们星球的变化。总之，“骨架”不仅仅是一堆骨头；它是一个复杂且动态的系统，在生物学、文化和历史中扮演着重要角色。无论是通过科学还是艺术的视角来看，“骨架”都是一个令人着迷的主题，继续吸引和教育我们。通过理解“骨架”，我们可以欣赏生命的复杂性以及生物体适应其环境的非凡方式。