appendicular

简明释义

英[ˌæp(ə)nˈdɪkjʊlə(r)]美[ˌæpənˈdɪkjələr]

adj. [解剖] 阑尾的；附属物的；四肢的

英英释义

单词用法

同义词

反义词

例句

1.Objective To provide morphological data of appendicular muscle for further research on the biological control systems of GekkogeckoSs motional function.

目的为研究大壁虎运动及其生物控制提供附肢肌的定量形态资料。

2.The comparison of vertebral column and appendicular skeleton for bagrid catfishes from Jialing River reveals that in the family Bagridae the compound vertebra is formed by the anterior 6 vertebrae.

对嘉陵江科鱼类脊柱及附肢骨骼的比较表明，复台椎骨由前6权脊椎骨愈合而成。

3.Objective To discuss the characteristics of the appendicular diseases in plateau area.

目的探讨高原阑尾疾病的特点。

4.Objective To discuss the characteristics of the appendicular diseases in plateau area.

摘要目的探讨高原阑尾疾病的特点。

5.The comparison of vertebral column and appendicular skeleton for bagrid catfishes from Jialing River reveals that in the family Bagridae the compound vertebra is formed by the anterior 6 vertebrae.

对嘉陵江科鱼类脊柱及附肢骨骼的比较表明，复台椎骨由前6权脊椎骨愈合而成。

6.The appendicular skeleton consists of bones of the shoulder girdle and upper extremity and bones of the pelvic girdle and lower extremity.

四肢骨骼由肩胛带和上肢骨及骨盆带和下肢骨构成。

7.To Prepare and explore the feasibility and advantage of finger-pressing appendicular drawed-hook in appendectomy.

目的研制并探讨指顶阑尾提钩在阑尾切除术中的可行性及优点。

8.As in arthroplasty of the appendicular skeleton, there exists concern over wear debris leading to osteolysis and the systemic effects of free metallic ion production.

与四肢骨关节成形术一样，有磨损颗粒引起骨溶解及自由金属离子产物引起系统性反应的担心。

9.Conclusions appendicular tumors lack particular presentation, which presents similar symptoms as appendicular inflammation. The rate of misdiagnosis is extremely high.

结论阑尾肿瘤缺乏特异表现，与阑尾炎症密切相关，误诊率极高。

10.The appendicular 附肢的 muscles are essential for movement and coordination.

附肢的肌肉对于运动和协调至关重要。

11.In a biology class, we learned about the appendicular 附肢的 skeleton that includes the limbs and pelvic girdle.

在生物课上，我们学习了包括四肢和骨盆带的附肢的骨骼。

12.The human skeleton is divided into two main parts: the axial skeleton and the appendicular 附肢的 skeleton.

人类骨骼分为两个主要部分：轴骨骼和附肢的骨骼。

13.The doctor examined the appendicular 附肢的 region for any signs of injury after the accident.

事故后，医生检查了附肢的区域是否有受伤的迹象。

14.Understanding the appendicular 附肢的 system is crucial for students studying human anatomy.

理解附肢的系统对于学习人体解剖的学生至关重要。

作文

The human body is a marvel of biological engineering, composed of various systems that work in harmony to maintain life. One of the most fascinating aspects of our anatomy is the skeletal system, which can be divided into two main parts: the axial skeleton and the appendicular skeleton. The appendicular skeleton includes all the bones that form the limbs and the girdles that attach them to the axial skeleton. This division not only helps in understanding human anatomy but also plays a crucial role in the study of movement and physical activities.The appendicular skeleton consists of 126 bones, including those of the shoulders, arms, hands, hips, legs, and feet. These bones work together to allow for a wide range of movements, from simple actions like walking and grasping to complex athletic maneuvers. For instance, the shoulder girdle, which includes the clavicle and scapula, provides support and mobility to the arm. This flexibility is essential for activities such as throwing a ball or lifting objects, showcasing the importance of the appendicular skeleton in daily life.Moreover, the appendicular skeleton is not only vital for movement but also plays a significant role in maintaining balance and stability. The hip joint, for example, connects the lower limbs to the pelvis and supports the weight of the upper body during standing and walking. This connection is crucial for activities that require coordination and balance, such as dancing or playing sports. Understanding the structure and function of the appendicular skeleton can help athletes improve their performance and prevent injuries.In addition to its functional significance, the appendicular skeleton also has evolutionary implications. The development of limbs in vertebrates allowed for greater mobility and adaptability to different environments. Over time, these adaptations have led to the diverse range of species we see today, each with unique appendicular structures suited to their lifestyles. For example, birds have evolved lightweight, hollow bones in their wings to facilitate flight, while aquatic animals like dolphins have modified their forelimbs into flippers for swimming.In conclusion, the appendicular skeleton is a fundamental component of the human body that enables movement, balance, and interaction with the environment. Its intricate design and functionality highlight the complexity of our anatomy and the evolutionary processes that have shaped it. By studying the appendicular skeleton, we gain valuable insights into not only our own bodies but also the broader principles of biology and evolution. Whether we are engaging in everyday activities or pursuing athletic endeavors, the significance of the appendicular skeleton cannot be overstated.

人类身体是生物工程的奇迹，由各种系统组成，这些系统和谐地工作以维持生命。我们解剖学中最迷人的方面之一就是骨骼系统，它可以分为两个主要部分：轴向骨骼和附肢骨骼。附肢骨骼包括所有构成四肢的骨骼以及将它们连接到轴向骨骼的带。这个划分不仅有助于理解人类解剖学，而且在运动和身体活动的研究中也起着至关重要的作用。附肢骨骼由126块骨骼组成，包括肩部、手臂、手、臀部、腿和脚的骨骼。这些骨骼共同工作，允许广泛的运动，从简单的动作如走路和抓握到复杂的运动能力。例如，肩带，包括锁骨和肩胛骨，为手臂提供支持和灵活性。这种灵活性对于投掷球或举起物体等活动至关重要，展示了附肢骨骼在日常生活中的重要性。此外，附肢骨骼不仅对运动至关重要，还在维持平衡和稳定方面发挥着重要作用。髋关节，例如，将下肢连接到骨盆，并在站立和行走时支撑上半身的重量。这种连接对于需要协调和平衡的活动至关重要，例如跳舞或参加体育运动。理解附肢骨骼的结构和功能可以帮助运动员提高表现并预防受伤。除了其功能意义外，附肢骨骼还有进化的意义。脊椎动物肢体的发展使得更大的移动性和适应不同环境成为可能。随着时间的推移，这些适应导致了我们今天所见的多样化物种，每种物种都有适合其生活方式的独特附肢结构。例如，鸟类已经进化出轻质的、空心的骨骼，以便于飞行，而像海豚这样的水生动物则将前肢改造成鳍以便游泳。总之，附肢骨骼是人体的基本组成部分，使运动、平衡和与环境的互动成为可能。它复杂的设计和功能突显了我们解剖学的复杂性以及塑造它的进化过程。通过研究附肢骨骼，我们获得了关于我们自身身体以及生物学和进化更广泛原则的宝贵见解。无论我们是在参与日常活动还是追求运动事业，附肢骨骼的重要性都不容小觑。