plica

简明释义

英[ˈplaɪkə]美[ˈplaɪkə]

n. 皱襞；[医] 纠发病

复 数 p l i c a e

英英释义

单词用法

同义词

反义词

例句

1.Conclusions The double operative approaches in arthroscopy treating of meniscus injuries or knee joint loose bodies or mediopatellar plica syndrome have good curative effect.

结论双切口入路在治疗单纯半月板损伤、膝关节内游离体或滑膜皱襞综合征的关节镜手术中同样可以达到满意的诊断和治疗目的。

2.Objective To explore the relationship between abnormal position gallbladder plica and gallbladder diseases.

目的探讨胆囊皱襞异常与胆囊疾病的关系。

3.Results:The incidence of the infrapatellar plica was 71%(284 cases) of the 400 knees examined.

结果：400例膝关节镜手术中发现有髌下皱襞结构的284例（71%）；

4.To relate position and types of synovial plica with clinical symptoms and signs.

滑膜皱襞的位置及类型与临床症状和体征密切相关。

5.The diagnosis value of MRI findings in Synovial Plica Syndrome, Osteochondritis Dissecans and Traumatic Synovitis were lower.

滑膜皱襞综合征、剥脱性软骨炎及创伤性滑膜炎诊断价值较低。

6.Objective To study the vocal parameters, including fundamental frequency, base, vocal range, jitter, in patients with hypertrophic plica vertricularis.

目的探讨室带肥厚患者的嗓音参数，包括频率微扰百分值、基频等，分析室带是否参与发音。

7.No case had recrudesced. Conclusions: To treat synovial plica syndrome, synovial plica excised operation by art...

结论关节镜下滑膜皱襞切除术治疗滑膜皱襞综合征是一种安全有效的方法。

8.To discuss clinical effect of synovial plica excised operation treats synovial plica syndrome by arthroscope.

目的探讨关节镜下滑膜皱襞切除术治疗滑膜皱襞综合征的临床效果。

9.The doctor explained that the inflammation was caused by a problem with the plica in my knee.

医生解释说，炎症是由于我膝盖中的褶皱问题引起的。

10.During the surgery, the surgeon had to remove a section of the plica from the patient's throat.

在手术中，外科医生不得不从病人的喉咙中切除一部分褶皱。

11.The plica in the ear can sometimes cause hearing issues if it becomes inflamed.

耳朵中的褶皱如果发炎，有时会导致听力问题。

12.He felt a sharp pain due to a tear in the plica of his elbow.

由于肘部的褶皱撕裂，他感到剧烈的疼痛。

13.The anatomical study focused on the function of the plica in the gastrointestinal tract.

这项解剖学研究集中于胃肠道中褶皱的功能。

作文

In the study of anatomy, the term plica (折叠) refers to a fold or a ridge in a structure. This term is often used to describe various anatomical features in the human body, such as the folds of tissue found in the gastrointestinal tract or the intricate folds present in the skin. Understanding the concept of plica (折叠) is essential for medical professionals, as these structures can play significant roles in both health and disease. For instance, the plicae circulares are circular folds in the small intestine that increase surface area for absorption, highlighting the importance of plica (折叠) in digestive efficiency. Moreover, the term plica (折叠) can also be applied in other fields such as biology and architecture. In biology, certain organisms exhibit plicae that help them adapt to their environments. For example, some species of mollusks have shell structures with distinct plica (折叠) that provide protection and support. Similarly, in architecture, the concept of folds and ridges can be seen in the design of buildings and structures, where plica (折叠) can enhance both aesthetics and functionality. The significance of plica (折叠) extends beyond mere structural description; it also encompasses the functional implications of these folds. In the context of the human body, plicae can affect how organs operate and interact with each other. For example, the presence of plicae in the lungs increases the surface area available for gas exchange, which is crucial for respiration. Thus, recognizing the role of plica (折叠) in various systems allows for a deeper understanding of biological processes. Furthermore, the study of plica (折叠) can lead to advancements in medical science. By examining how these folds function under normal conditions and how they change in disease states, researchers can develop targeted therapies and interventions. For instance, conditions like Crohn's disease can affect the plicae in the intestines, leading to complications in nutrient absorption. Therefore, understanding the anatomy and physiology of plica (折叠) is vital for diagnosing and treating such conditions effectively. In conclusion, the term plica (折叠) is a multifaceted concept that spans various disciplines, including medicine, biology, and architecture. Its relevance in anatomy highlights the importance of folds in enhancing functionality and adaptability in living organisms. As we continue to explore the intricacies of plica (折叠), we gain valuable insights into the complexities of life and the structures that support it. Whether in the human body or in the natural world, the study of plica (折叠) remains a crucial aspect of understanding form and function.

在解剖学研究中，术语plica（折叠）指的是结构中的一个褶皱或脊。这一术语通常用于描述人体内的各种解剖特征，例如消化道中的组织褶皱或皮肤中的复杂褶皱。理解plica（折叠）的概念对医学专业人士至关重要，因为这些结构在健康和疾病中都可能发挥重要作用。例如，肠道环状褶皱是小肠中的圆形褶皱，增加了吸收的表面积，突显了plica（折叠）在消化效率中的重要性。 此外，术语plica（折叠）也可应用于生物学和建筑等其他领域。在生物学中，某些生物表现出有助于适应其环境的褶皱。例如，一些软体动物的壳结构具有明显的plica（折叠），提供保护和支撑。同样，在建筑设计中，褶皱和脊的概念可以在建筑物和结构的设计中看到，plica（折叠）可以增强美观性和功能性。 plica（折叠）的重要性不仅限于简单的结构描述；它还包含了这些褶皱的功能意义。在人体中，褶皱可能影响器官的运作和相互作用。例如，肺部的褶皱增加了气体交换的表面积，这对呼吸至关重要。因此，认识到plica（折叠）在各种系统中的作用，有助于更深入地理解生物过程。 此外，plica（折叠）的研究可以推动医学科学的发展。通过研究这些褶皱在正常条件下如何运作以及在疾病状态下如何变化，研究人员可以开发针对性的治疗和干预措施。例如，克罗恩病等疾病会影响肠道中的褶皱，从而导致营养吸收的并发症。因此，理解plica（折叠）的解剖学和生理学对于有效诊断和治疗这些疾病至关重要。 总之，术语plica（折叠）是一个多方面的概念，跨越医学、生物学和建筑等多个学科。它在解剖学中的相关性突显了褶皱在增强功能性和适应性方面的重要性。随着我们继续探索plica（折叠）的复杂性，我们获得了对生命及其支持结构的宝贵见解。无论是在人体还是自然界中，对plica（折叠）的研究仍然是理解形式与功能的关键方面。