chorda

简明释义

英[ˈkɔrdə]美[ˈkɔrdə]

n. 腱；[解剖] 索

复 数 c h o r d a e

英英释义

单词用法

同义词

反义词

例句

1.Single nerve fiber recording from the ear's chorda tympani show that same lack of specificity.

从耳朵的鼓索所记录的单一的神经元展现出相同的特征缺失。

2.Pyramidal eminence and chordal eminence should not be lowly abraded in order to avoid damaging the musculus stapedius and chorda tympani nerve when dealing with a facial recess lesion.

术中处理面神经隐窝病变时勿随意磨低锥隆起及鼓索隆起，以免损伤面神经镫骨肌支及鼓索神经。

3.Objective to investigate the ultrastructure of the chorda tympani nerve and analyze the taste and facial nerve functions in patients with cholesteatoma.

目的研究胆脂瘤型中耳炎患者鼓索神经的超微结构并测定其味觉功能。

4.Objective: To analyze the characteristics of anomalies of chorda tympani nerve.

目的：探讨鼓索神经异常在各类外、中耳畸形中的发生率及其特征。

5.Different responses of nerve fibers in chorda tympani to quinine HCl and PTC were found, having the same bitter.

实验结果表明同为苦味的盐酸奎宁和PTC所引起的鼓索神经的反应方式是有区别的。

6.In most cases other adjuvant methods, for example, scute repairing, chorda tympani nerve tightening prosthesis, etc, had been used.

其中大部分病例还辅助采用鼓索神经弹压、盾板修复等技术。

7.Objective:To provide the correlative surgery data by the anatomical study of chorda tympani nerve.

目的：对鼓索神经进行解剖测量，为临床开展相关手术提供解剖学资料。

8.Pyramidal eminence and chordal eminence should not be lowly abraded in order to avoid damaging the musculus stapedius and chorda tympani nerve when dealing with a facial recess lesion.

术中处理面神经隐窝病变时勿随意磨低锥隆起及鼓索隆起，以免损伤面神经镫骨肌支及鼓索神经。

9.Researchers found that the chorda plays a significant role in signaling pathways.

研究人员发现脊索在信号通路中起着重要作用。

10.The scientist studied the structure of the chorda to understand its role in the organism.

科学家研究了脊索的结构，以了解它在生物体中的作用。

11.In embryonic development, the chorda serves as a precursor to the spine.

在胚胎发育中，脊索作为脊柱的前体。

12.The presence of a chorda is crucial for the development of certain marine species.

对于某些海洋物种的发展，存在脊索是至关重要的。

13.During the dissection, we observed the chorda and its connection to the nervous system.

在解剖过程中，我们观察到了脊索及其与神经系统的连接。

作文

The term chorda refers to a cord-like structure found in various organisms, particularly in the context of anatomy and biology. In the field of zoology, the chorda is often associated with the notochord, which is a flexible rod-shaped structure that provides support in the embryonic stage of chordates. The presence of a chorda is one of the defining characteristics of this large group of animals, which includes mammals, birds, reptiles, amphibians, and fish. Understanding the role of the chorda in development is crucial for comprehending how vertebrates evolve and adapt to their environments.In addition to its biological significance, the concept of chorda can also be extended metaphorically to describe connections or links between various elements in different fields. For instance, in music, the term 'chord' is derived from the Latin 'chorda', indicating a harmonious combination of sounds. Just as a chorda in biology signifies a structural connection, a musical chord represents the relationship between notes that create harmony. This analogy highlights how the idea of chorda transcends disciplines, emphasizing the importance of connections in both natural and artistic realms.Moreover, the study of chorda in neuroanatomy also reveals fascinating insights into the nervous system. The chorda tympani, a branch of the facial nerve, plays a vital role in taste sensation and salivary gland function. This specific chorda demonstrates how intricate and interconnected our bodily systems are, showcasing the importance of understanding these relationships for medical science.As we delve deeper into the significance of chorda, it becomes evident that this term encapsulates more than just a physical structure; it symbolizes the underlying principles of connectivity and support that are essential across various domains. Whether in biology, music, or medicine, the essence of chorda serves as a reminder of how interconnected our world truly is. By appreciating the multifaceted nature of chorda, we can gain a greater understanding of the complexities of life, both in the natural world and in human creativity.In conclusion, the concept of chorda offers rich avenues for exploration, from its biological roots in the notochord to its metaphorical applications in music and beyond. It challenges us to recognize the links that bind different aspects of existence together, urging us to appreciate the harmony that arises from these connections. As we continue to study and reflect upon the significance of chorda, we not only enhance our knowledge but also deepen our appreciation for the intricate tapestry of life itself.

术语chorda指的是在各种生物中发现的类似绳索的结构，特别是在解剖学和生物学的背景下。在动物学领域，chorda通常与脊索相关，脊索是一种柔韧的棒状结构，在脊椎动物的胚胎阶段提供支撑。chorda的存在是这一大型动物群体的定义特征之一，包括哺乳动物、鸟类、爬行动物、两栖动物和鱼类。理解chorda在发育中的作用对于理解脊椎动物如何演化和适应环境至关重要。除了其生物学意义外，chorda的概念还可以比喻性地扩展到描述不同领域中各种元素之间的联系。例如，在音乐中，'chord'一词源于拉丁语'chorda'，表示声音的和谐组合。就像生物学中的chorda表示结构连接一样，音乐和弦代表着创造和谐的音符之间的关系。这一类比强调了chorda这一思想跨越学科的重要性，突显了自然和艺术领域中联系的重要性。此外，神经解剖学中对chorda的研究也揭示了神经系统的迷人见解。鼓索是面神经的一个分支，在味觉感知和唾液腺功能中发挥着重要作用。这一特定的chorda展示了我们身体系统的复杂性和相互联系，展示了理解这些关系对医学科学的重要性。当我们深入探讨chorda的重要性时，显而易见，这个术语不仅仅包含一个物理结构；它象征着在各个领域中至关重要的连接和支持的基本原则。无论是在生物学、音乐还是医学中，chorda的本质提醒我们认识到将不同方面结合在一起的联系。通过欣赏chorda的多面性，我们能够更深入地理解生命的复杂性，无论是在自然界中还是在人类创造力中。总之，chorda的概念为探索提供了丰富的途径，从脊索中的生物学根源到其在音乐及其他领域的比喻应用。它挑战我们去认识绑定存在不同方面的联系，促使我们欣赏这些联系所产生的和谐。当我们继续研究和反思chorda的重要性时，我们不仅增强了知识，还加深了对生命本身错综复杂的欣赏。