falciform

简明释义

英[ˈfælsɪfɔːm]美[ˈfælsɪˌfɔrm]

adj. [生物] 镰形的；[生物] 镰刀状的

英英释义

单词用法

同义词

反义词

例句

1.The resection of the anterior clinoid process, the tuberculum and the falciform ligament can offer a roomy space to work and control the proximal artery;

手术时通过磨除前床突、鞍结节，切开镰状襞等能松解视神经、颈内动脉，形成较宽敞的操作空间，良好的控制近端动脉。

2.The resection of the anterior clinoid process, the tuberculum and the falciform ligament can offer a roomy space to work and control the proximal artery;

手术时通过磨除前床突、鞍结节，切开镰状襞等能松解视神经、颈内动脉，形成较宽敞的操作空间，良好的控制近端动脉。

3.The left inferior phrenic artery and liver middle artery formed vessel archs and gave out 6-12 branches to falciform ligament.

血供主要来自左膈下动脉和肝中动脉，二者于镰状韧带肝缘形成血管弓，并发出6~12支分布于镰状韧带；

4.The veins of falciform ligament didn't companied arteries, and drained to left inferior phrenic vein.

静脉不与动脉伴行，回流至左膈下静脉。

5.Results: The length of falciform fold along optic nerve was 0.

结果：镰状皱襞沿视神经的长度为0。

6.The falciform ligament supports the liver in the abdominal cavity.

这个镰形韧带支撑着腹腔中的肝脏。

7.In anatomy, the falciform shape of certain structures can indicate their function.

在解剖学中，某些结构的镰形形状可以指示它们的功能。

8.The falciform process is often examined during liver surgeries.

在肝脏手术中，镰形突起通常会被检查。

9.The falciform appearance of the leaf helps in identifying the plant species.

叶子的镰形外观有助于识别植物种类。

10.Doctors noted the falciform configuration of the tumor in the imaging results.

医生注意到影像结果中肿瘤的镰形结构。

作文

The human body is a marvel of biological engineering, with various organs and structures that serve specific functions. One such structure that often captures the interest of both students and professionals in the medical field is the falciform ligament. This ligament is a thin, sickle-shaped (or 弯刀形的) fold of peritoneum that connects the liver to the anterior abdominal wall and diaphragm. Its significance goes beyond mere anatomy; it plays a crucial role in supporting the liver and maintaining the structural integrity of the abdominal cavity. In understanding the 弯刀形的 nature of the falciform ligament, we can appreciate how its shape contributes to its functionality. The liver, being one of the largest organs in the body, requires adequate support to remain in place during various bodily movements. The 弯刀形的 configuration of the falciform ligament provides this support while also allowing for some degree of flexibility. This is particularly important during activities such as breathing, where the diaphragm moves up and down, necessitating a certain level of adaptability in the surrounding structures. Moreover, the falciform ligament has a role in the vascular system as well. It contains the round ligament of the liver, which is a remnant of the umbilical vein from fetal development. This connection to our developmental history highlights the importance of the 弯刀形的 ligament, not just as a present anatomical feature but as a link to our past. Understanding these connections can enhance our appreciation for the complexities of human anatomy and the evolutionary processes that shaped it. In surgical practice, knowledge of the falciform ligament is essential. Surgeons must navigate around this 弯刀形的 structure when performing procedures involving the liver or surrounding organs. Misunderstanding its location and function could lead to complications during surgery. Therefore, education about the falciform ligament and its 弯刀形的 characteristics is vital for medical students and practitioners alike. Apart from its anatomical and surgical significance, the falciform ligament also serves as a reminder of the intricate design of the human body. Each component, no matter how small or seemingly insignificant, plays a critical role in the overall functioning of our systems. The 弯刀形的 nature of the falciform ligament symbolizes the beauty of biological forms, where each shape and structure has evolved to fulfill a necessary purpose. In conclusion, the falciform ligament, with its 弯刀形的 shape and multifaceted roles, exemplifies the complexity of human anatomy. From providing structural support to serving as a historical remnant, it is a fascinating subject of study. As we continue to explore the wonders of the human body, understanding structures like the falciform ligament can deepen our knowledge and appreciation for the art of biology. It is through these insights that we can foster a greater respect for the intricate systems that sustain life, reminding us of the delicate balance that exists within us all.

人体是生物工程的奇迹，拥有各种器官和结构，发挥特定的功能。其中一个常常吸引学生和医学专业人士兴趣的结构是弯刀形的韧带。这个韧带是一种薄而弯刀形的（或弯刀形的）腹膜褶皱，将肝脏连接到前腹壁和膈肌。它的重要性超越了单纯的解剖学；它在支持肝脏和维持腹腔的结构完整性方面发挥着关键作用。 在理解弯刀形的韧带的弯刀形的特性时，我们可以欣赏其形状如何有助于其功能。肝脏是体内最大的器官之一，需要足够的支持以保持位置，在各种身体运动中不发生位移。弯刀形的配置使得弯刀形的韧带能够提供这种支持，同时允许一定程度的灵活性。这在呼吸等活动中尤为重要，因为膈肌上下移动，周围结构需要一定的适应性。 此外，弯刀形的韧带在血管系统中也有其作用。它包含肝圆韧带，这是胎儿发育过程中脐静脉的残余。与我们发育历史的这种联系突显了弯刀形的韧带的重要性，不仅作为现在的解剖特征，也作为我们过去的联系。理解这些联系可以增强我们对人体解剖复杂性的欣赏，以及塑造它的进化过程。 在外科实践中，了解弯刀形的韧带至关重要。外科医生在进行涉及肝脏或周围器官的手术时，必须绕过这个弯刀形的结构。对其位置和功能的误解可能会导致手术并发症。因此，关于弯刀形的韧带及其弯刀形的特性的教育对于医学生和从业者来说都是至关重要的。 除了其解剖学和外科意义外，弯刀形的韧带也提醒我们人体设计的复杂性。每个组成部分，无论多么小或看似微不足道，都在整体系统的运作中发挥着关键作用。弯刀形的韧带象征着生物形态的美，每一种形状和结构都经过演变，以满足必要的目的。 总之，弯刀形的韧带凭借其弯刀形的形状和多方面的角色，体现了人类解剖学的复杂性。从提供结构支持到作为历史遗留物，它是一个引人入胜的研究主题。随着我们继续探索人体的奇迹，理解像弯刀形的韧带这样的结构可以加深我们的知识和对生物艺术的欣赏。正是通过这些见解，我们才能培养对维持生命的复杂系统的更大尊重，提醒我们所有人之间存在的微妙平衡。