anastomosing deltoidal branch

简明释义

交织三角洲汊河;

英英释义

例句

1.The surgeon carefully identified the anastomosing deltoidal branch during the procedure to ensure proper blood flow.

外科医生在手术过程中仔细识别了腺体分支以确保血液流动正常。

2.The anastomosing deltoidal branch connects various vascular networks around the shoulder joint.

腺体分支连接肩关节周围的各种血管网络。

3.During the dissection, we observed the anastomosing deltoidal branch and its relationship with nearby muscles.

在解剖过程中，我们观察到了腺体分支及其与附近肌肉的关系。

4.In anatomical studies, the anastomosing deltoidal branch is often highlighted for its role in shoulder vascularization.

在解剖研究中，腺体分支因其在肩部血管化中的作用而常被强调。

5.Understanding the anastomosing deltoidal branch can help in diagnosing certain shoulder injuries.

理解腺体分支有助于诊断某些肩部损伤。

作文

In the realm of anatomy and biology, understanding the intricate networks that exist within the human body is essential for both medical professionals and students alike. One such structure that has garnered attention is the anastomosing deltoidal branch. This term refers to a specific vascular or nerve pathway that plays a crucial role in the functioning of the shoulder region. To fully grasp the significance of the anastomosing deltoidal branch, one must first understand its components and their interconnections.The word 'anastomosing' derives from the Greek word 'anastomosis', which means 'to provide a new opening'. In biological terms, it refers to the connection or communication between two structures, often blood vessels or nerves. This phenomenon is vital in maintaining a consistent blood supply and ensuring that various parts of the body receive adequate nutrients and oxygen. The anastomosing deltoidal branch exemplifies this concept by forming connections with other branches in the shoulder area, allowing for a more robust vascular network.The 'deltoidal' aspect of the term relates specifically to the deltoid muscle, which is a large triangular muscle covering the shoulder joint. It is responsible for various shoulder movements, including lifting the arm and rotating it. The anastomosing deltoidal branch supplies blood to this muscle, ensuring its proper function and health. Without an adequate blood supply, the deltoid muscle would not be able to perform its functions effectively, leading to potential injuries or dysfunctions.One of the most fascinating aspects of the anastomosing deltoidal branch is its ability to adapt and change in response to physical activity. For instance, during intense exercise, the demand for oxygen and nutrients increases significantly. The anastomosing nature of this branch allows for a rapid redistribution of blood flow, ensuring that the deltoid muscle receives what it needs to perform optimally. This adaptability is crucial for athletes and individuals engaged in physical training, as it directly impacts their performance and recovery.Furthermore, understanding the anastomosing deltoidal branch can also have clinical implications. For example, in surgical procedures involving the shoulder, knowledge of this branch can aid surgeons in avoiding damage to essential blood supply routes. Additionally, conditions such as shoulder impingement syndrome or rotator cuff injuries may be better understood with a thorough comprehension of the vascular anatomy surrounding the deltoid muscle.In conclusion, the anastomosing deltoidal branch is an essential component of the vascular system that supports the deltoid muscle and, by extension, the overall functionality of the shoulder. Its role in maintaining blood flow and adapting to varying demands highlights the complexity and efficiency of the human body's design. As we continue to explore and study these anatomical structures, we gain valuable insights that can enhance our understanding of health, fitness, and medicine. By appreciating the significance of the anastomosing deltoidal branch, we not only broaden our knowledge but also pave the way for advancements in medical science and patient care.

在解剖学和生物学领域，理解人体内存在的复杂网络对于医学专业人员和学生来说都是至关重要的。其中一个引起关注的结构是吻合三角肌分支。这个术语指的是肩部区域中发挥关键作用的特定血管或神经通路。要充分理解吻合三角肌分支的意义，首先必须了解其组成部分及其相互连接。“吻合”一词源自希腊语“anastomosis”，意为“提供新开口”。在生物学中，它指的是两个结构之间的连接或交流，通常是血管或神经。这种现象对于维持一致的血液供应至关重要，并确保身体各个部分获得足够的营养和氧气。吻合三角肌分支通过与肩部其他分支形成连接，示范了这一概念，从而允许更强大的血管网络。“肌肉”方面的术语特别与三角肌相关，三角肌是一块覆盖肩关节的大三角形肌肉。它负责多种肩部运动，包括抬起手臂和旋转手臂。吻合三角肌分支为该肌肉提供血液，确保其正常功能和健康。如果没有足够的血液供应，三角肌将无法有效执行其功能，可能导致潜在的损伤或功能障碍。吻合三角肌分支最令人着迷的方面之一是它能够根据身体活动的变化而适应和改变。例如，在剧烈运动期间，对氧气和营养的需求显著增加。这种分支的吻合性质允许血流的快速重新分配，确保三角肌获得其所需的最佳表现。这种适应能力对运动员和参与体能训练的个人至关重要，因为它直接影响他们的表现和恢复。此外，理解吻合三角肌分支也具有临床意义。例如，在涉及肩部的外科手术中，对这一分支的了解可以帮助外科医生避免损伤重要的血液供应通路。此外，诸如肩部撞击综合症或旋转袖肌损伤等疾病，也可以通过对三角肌周围血管解剖的深入理解而得到更好的认识。总之，吻合三角肌分支是血管系统的重要组成部分，支持三角肌，并由此支持肩部的整体功能。它在维持血流和适应不同需求方面的作用突显了人体设计的复杂性和高效性。随着我们继续探索和研究这些解剖结构，我们获得了有价值的见解，这些见解可以增强我们对健康、健身和医学的理解。通过欣赏吻合三角肌分支的重要性，我们不仅拓宽了知识，还为医学科学和病人护理的进步铺平了道路。