ciliary

简明释义

英[ˈsɪliəri]美[ˈsɪliəri]

adj. 纤毛的；睫毛的；毛状的

英英释义

单词用法

同义词

反义词

例句

1.Methods Posterior chamber IOL was implanted by fixing its upper loop and lower loop in ciliary sulcus.

方法采用巩膜缝线固定人工晶体上攀和下攀于睫状体沟内的方法植入后房型人工晶体。

2.There are two circumoral ciliary rows on the buccal region and a dorsal row of bristles.

其腹面口区具二环围口纤毛列；背面具一列背刚毛。

3.Objective Exploring the treatment effect of corneal staphyloma used with ciliary pars plana sclerostomy.

目的探讨睫状体扁平部造瘘术治疗角膜葡萄肿的效果。

4.Objective to develop the methods and standard for quality control of recombinant human ciliary neurotrophic factor.

目的建立重组人睫神经营养因子的质控方法和质量标准。

5.The focusing muscle (ciliary muscle), which controls the shape of the lens, is thus in a constant state of contraction.

这种控制晶体形状的调焦肌肉(睫状肌)，长期处于收缩状态。

6.Results: (1) The ciliary muscle of Tree Shrew is more like human's than mouse and rabbit.

结果：(1)树鼩睫状肌形态结构较之大鼠、兔与人更为接近。

7.Objective: to study the effect of corneal staphyloma treated with ciliary pars plana sclerostomy.

目的：探讨睫状体扁平部造瘘术治疗角膜葡萄肿的效果。

8.Injury to the anterior chamber that disrupts the vasculature supporting the iris or ciliary body results in a hyphema.

眼前房的损伤可破坏支持虹膜及睫状体的血管结构从而引起前房积血。

9.The vascular middle layer of the eye constituting the iris, ciliary body, and choroid.

葡萄膜，腿色素层眼中层血管层，它构成虹膜，睫。

10.The ciliary 睫状的 processes are involved in the production of the eye's aqueous humor.

睫状突起参与眼睛房水的产生。

11.Damage to the ciliary 睫状的 structures can lead to vision problems.

对睫状结构的损伤可能导致视力问题。

12.In some species, the ciliary 睫状的 body is responsible for producing aqueous humor.

在某些物种中，睫状体负责产生房水。

13.The ciliary 睫状的 muscles control the shape of the lens in the eye.

睫状肌控制着眼睛晶状体的形状。

14.The ciliary 睫状的 epithelium plays a crucial role in the respiratory system.

睫状上皮在呼吸系统中起着至关重要的作用。

作文

The human body is a complex system that relies on various structures and functions to maintain health and well-being. One of the lesser-known but essential components of this system is the ciliary 纤毛的 structures found in different parts of the body. These tiny hair-like projections play a crucial role in numerous biological processes, particularly in the respiratory and reproductive systems.In the respiratory system, ciliary 纤毛的 cells line the airways and are responsible for moving mucus and trapped particles out of the lungs. This action is vital for keeping our airways clear of debris and pathogens. When we breathe in, dust, bacteria, and other particles can enter our lungs. The ciliary 纤毛的 movements help to sweep these unwanted materials upward towards the throat, where they can be swallowed or expelled. Without the proper functioning of these ciliary 纤毛的 cells, our respiratory health would be compromised, leading to increased risks of infections and respiratory diseases.Moreover, the ciliary 纤毛的 structures are not limited to the respiratory tract. They are also present in the female reproductive system, where they assist in the movement of the egg from the ovary to the uterus. The ciliary 纤毛的 cells in the fallopian tubes create a gentle current that helps transport the egg along its journey. This process is crucial for successful fertilization and implantation. Any dysfunction in the ciliary 纤毛的 activity in this area can lead to fertility issues and complications in pregnancy.Interestingly, the importance of ciliary 纤毛的 structures extends beyond just these two systems. In many organisms, ciliary 纤毛的 movement is essential for locomotion and feeding. For example, in certain protozoa, ciliary 纤毛的 structures allow them to swim through water, capturing food particles as they go. This highlights the evolutionary significance of ciliary 纤毛的 structures across different species.However, when ciliary 纤毛的 function is impaired, it can lead to various health problems. Conditions such as primary ciliary dyskinesia (PCD) result from genetic mutations that affect the structure or function of ciliary 纤毛的 cells. Individuals with PCD often experience chronic respiratory infections, infertility, and other complications due to the ineffective movement of mucus and gametes. Understanding the role of ciliary 纤毛的 structures is crucial for developing treatments and therapies for such conditions.In conclusion, the ciliary 纤毛的 structures in the human body are vital for maintaining health across multiple systems. Their role in the respiratory and reproductive systems underscores their importance in everyday functions. As science continues to uncover the complexities of our biology, the study of ciliary 纤毛的 structures will undoubtedly provide further insights into their significance and potential therapeutic applications. Recognizing and appreciating the function of these tiny yet powerful components can lead to better health outcomes and a deeper understanding of our bodies.

人类身体是一个复杂的系统，依赖于各种结构和功能来维持健康和幸福。这个系统中一个不太为人所知但至关重要的组成部分是存在于身体不同部位的ciliary 纤毛的结构。这些微小的毛状突起在许多生物过程中发挥着关键作用，特别是在呼吸和生殖系统中。在呼吸系统中，ciliary 纤毛的细胞沿着气道排列，负责将粘液和被捕获的颗粒从肺部移动出去。这一动作对于保持我们的气道清洁、远离杂物和病原体至关重要。当我们吸气时，灰尘、细菌和其他颗粒可能会进入我们的肺部。ciliary 纤毛的运动帮助将这些不需要的物质向上扫到喉咙，随后可以被吞下或排出。没有这些ciliary 纤毛的细胞的正常功能，我们的呼吸健康将受到威胁，导致感染和呼吸疾病风险增加。此外，ciliary 纤毛的结构并不仅限于呼吸道。它们还存在于女性生殖系统中，帮助将卵子从卵巢运输到子宫。输卵管中的ciliary 纤毛的细胞产生轻微的水流，帮助卵子沿途移动。这一过程对于成功的受精和植入至关重要。该区域的ciliary 纤毛的活动障碍可能导致生育问题和妊娠并发症。有趣的是，ciliary 纤毛的结构的重要性不仅限于这两个系统。在许多生物中，ciliary 纤毛的运动对于运动和摄食至关重要。例如，在某些原生动物中，ciliary 纤毛的结构使它们能够在水中游动，同时捕捉食物颗粒。这突显了ciliary 纤毛的结构在不同物种中的进化意义。然而，当ciliary 纤毛的功能受损时，可能导致各种健康问题。原发性纤毛运动障碍（PCD）等疾病源于影响ciliary 纤毛的细胞结构或功能的基因突变。患有PCD的个体通常会经历慢性呼吸道感染、不孕症和由于粘液和生殖细胞移动无效而导致的其他并发症。理解ciliary 纤毛的结构的作用对开发此类疾病的治疗和疗法至关重要。总之，人体内的ciliary 纤毛的结构对维持多个系统的健康至关重要。它们在呼吸和生殖系统中的作用强调了它们在日常功能中的重要性。随着科学不断揭示我们生物学的复杂性，对ciliary 纤毛的结构的研究无疑将提供更多关于其重要性及潜在治疗应用的见解。认识并欣赏这些微小却强大的组成部分的功能，可以带来更好的健康结果和对我们身体更深刻的理解。