ramus

简明释义

英[ˈreɪməs]美[ˈreɪməs]

n. [动][植][解剖]分支；枝；羽支

n. （Ramus）人名；（法）拉米斯；（英）雷默斯

复 数 r a m i

英英释义

单词用法

同义词

反义词

例句

1.Methods 21 cases of mandibular angle and ramus fractures were treated by screwed miniplates placed through an intraoral incision with transbuccal mini-incision.

方法：对21例下颌骨角部和升支骨折患者，经口内切口联合颊部小切口穿刺复位内固定。

2.Mandibular Angle ramus outermost part of bony plates called bone plate, which is equivalent to masseter muscle attachment surface.

下颌角升支部分最外层骨板叫骨外板，相当于咬肌附着面。

3.Conclusion Mandibular width after bilateral sagittal split ramus osteotomy is a little bigger than before surgery, but this change has little influence on face.

结论①下颌骨宽度在双侧下颌升支矢状劈开截骨术后较术前有轻微增大，但对容貌没有大的影响。

4.Coronary artery is proboscis and ramus of inferior epigastric artery and obturator artery.

冠状动脉是腹壁下动脉和闭孔动脉的吻和支。

5.Objective: the purpose of this study is to observe the changes of ramus height and condylar movement after mandibular reconstruction.

目的：观察单侧或部分下颌骨缺损重建术后升支高度和下颌骨髁状突运动的变化。

6.The two most commonly used surgical techniques to setback a prognathic mandible include the bilateral sagittal split osteotomy and the vertical ramus osteotomy.

二种最普遍使用正颚手术方法来改善下颚骨前突症的方法是双侧矢向面骨切开术及垂直下颚枝骨切开术。

7.Most of the gland is located posterior and lateral to the ascending ramus and angle of the mandible.

腮腺大部分位于下颌骨的上升支侧部和下颌角的后部。

8.The results showed that marginal ramus of cingulate sulcus and posterior ascending ramus of lateral sulcus are the landmarks for recognition of central sulcus.

结果显示：扣带沟缘支和外侧沟后升支是识别中央沟的标志，若出现壁间回则更易识别中央沟；

9.The ramus 分支 of the facial artery can be identified during surgery.

在手术中可以识别面动脉的ramus 分支。

10.In anatomy, the ramus 支干 of a nerve often branches out to supply different areas.

在解剖学中，神经的ramus 支干通常会分支以供应不同区域。

11.During the dissection, we observed the ramus 支路 of the trigeminal nerve.

在解剖过程中，我们观察到了三叉神经的ramus 支路。

12.The doctor explained that the ramus 支架 of the mandible is crucial for jaw function.

医生解释说，下颌骨的ramus 支架对下颌功能至关重要。

13.The ramus 分支 of the brachial plexus innervates the arm muscles.

臂丛的ramus 分支支配手臂肌肉。

作文

In the study of anatomy, the term ramus (分支) is often encountered, particularly when discussing the structure of bones and nerves. The word itself originates from Latin, where it simply means 'branch'. This concept of branching is essential in understanding how various systems in the body are interconnected. For instance, the human skeletal system consists of numerous bones that can be categorized into different groups, each with its own rami (分支). These rami serve as points of attachment for muscles and ligaments, facilitating movement and providing stability to the body. When examining the jawbone, or mandible, we find that it is divided into two main parts: the body and the ramus (分支). The ramus extends upward from the body and connects to the skull, allowing for the articulation of the jaw. This connection is crucial for functions such as chewing and speaking. Understanding the anatomy of the ramus (分支) helps us appreciate the complexity of our facial structure and the mechanics involved in these everyday activities.Moreover, the nervous system also contains rami (分支), which are vital for transmitting signals throughout the body. For example, spinal nerves branch off into various rami (分支) that innervate specific regions, ensuring that every part of the body receives necessary signals from the brain. This branching pattern allows for a more efficient distribution of nerve signals, enabling quick reflexes and coordinated movements.The significance of the ramus (分支) extends beyond just anatomical structures; it also plays a role in various biological processes. In plants, for example, a ramus (分支) refers to a branch of a tree or shrub, which is essential for photosynthesis and growth. Each ramus (分支) supports leaves that capture sunlight, contributing to the plant's overall health and vitality. This analogy emphasizes the importance of branches in both human anatomy and the natural world, highlighting how interconnectedness is a fundamental principle in biology.In conclusion, the term ramus (分支) encapsulates the idea of branching in both anatomical and biological contexts. Whether we are discussing the ramus (分支) of the jawbone or the rami (分支) of spinal nerves, this concept is crucial for understanding the structure and function of living organisms. The study of rami (分支) not only enriches our knowledge of anatomy but also enhances our appreciation for the intricate designs found in nature. As we continue to explore the complexities of life, the significance of ramus (分支) will undoubtedly remain a focal point in our quest for understanding.

在解剖学的研究中，术语ramus（分支）经常出现，特别是在讨论骨骼和神经的结构时。这个词本身源于拉丁语，意为“分支”。这种分支的概念对于理解身体各个系统是如何相互连接的至关重要。例如，人类的骨骼系统由许多骨骼组成，可以分为不同的组，每组都有自己的rami（分支）。这些rami作为肌肉和韧带的附着点，有助于运动并为身体提供稳定性。当检查下颌骨或下颌骨时，我们发现它分为两个主要部分：体部和ramus（分支）。ramus从体部向上延伸，与颅骨连接，使下颌能够活动。这种连接对咀嚼和说话等功能至关重要。理解ramus（分支）的解剖结构有助于我们欣赏面部结构的复杂性以及这些日常活动中涉及的机制。此外，神经系统也包含rami（分支），这些rami对于在全身传递信号至关重要。例如，脊神经分支成各种rami（分支），为特定区域提供神经支配，确保身体的每个部分都能接收到来自大脑的必要信号。这种分支模式允许更有效的神经信号分布，使快速反应和协调运动成为可能。ramus（分支）的重要性不仅限于解剖结构；它还在各种生物过程中发挥作用。在植物中，例如，ramus（分支）指的是树木或灌木的一个分支，这对光合作用和生长至关重要。每个ramus（分支）支持捕捉阳光的叶子，有助于植物的整体健康和活力。这个类比强调了人类解剖学和自然界中分支的重要性，突显了相互关联性是生物学中的基本原则。总之，术语ramus（分支）概括了生物学和解剖学上下文中的分支概念。无论我们是在讨论下颌骨的ramus（分支）还是脊神经的rami（分支），这一概念对于理解生物体的结构和功能至关重要。对rami（分支）的研究不仅丰富了我们对解剖学的知识，也增强了我们对自然界中复杂设计的欣赏。随着我们继续探索生命的复杂性，ramus（分支）的意义无疑将继续成为我们理解追求的重点。