anastomosing branch

简明释义

1. 汊河; 2. 交织支流; 3. 小河道网;

英英释义

例句

1.In the study of plant biology, researchers observed the anastomosing branch patterns in the root systems of various species.

在植物生物学的研究中，研究人员观察到不同物种根系中的吻合支模式。

2.During the dissection, the anatomy student pointed out the anastomosing branch connecting two major arteries.

在解剖过程中，解剖学学生指出了连接两条主要动脉的吻合支。

3.The surgeon carefully navigated the blood vessels, identifying the anastomosing branch to ensure adequate blood flow.

外科医生小心翼翼地导航血管，识别出吻合支以确保充足的血流。

4.The anastomosing branch of the river created a unique ecosystem that supported diverse wildlife.

这条河流的吻合支形成了一个独特的生态系统，支持着多样的野生动物。

5.The architect designed the landscape to mimic the natural anastomosing branch patterns found in nature.

建筑师设计的景观模仿了自然界中发现的吻合支模式。

作文

In the intricate world of biology, the term anastomosing branch refers to a branching structure where two or more pathways connect or join together. This concept can be observed in various biological systems, such as in the vascular system of plants and animals, where blood vessels or veins form networks through anastomosing branches. These connections are crucial as they ensure that nutrients and oxygen are efficiently delivered throughout the organism, maintaining its overall health and functionality.Understanding the significance of anastomosing branches extends beyond biology; it also has implications in ecology and environmental science. For instance, river systems often exhibit anastomosing branches as they meander and split into smaller streams. These branching patterns play a vital role in shaping ecosystems, providing diverse habitats for various species. The interconnected waterways facilitate the movement of aquatic life, allowing organisms to thrive in different niches within the ecosystem.Moreover, the concept of anastomosing branches can be metaphorically applied to social structures and networks. Just as biological systems rely on these connections for survival, human societies depend on the interconnections between individuals and communities. Social networks often resemble anastomosing branches, where relationships intertwine and create a complex web of interactions. These connections foster collaboration, support, and the exchange of ideas, driving innovation and progress.In the field of medicine, understanding anastomosing branches is crucial for surgical procedures and treatments. Surgeons must recognize the anatomical variations and connections between blood vessels to avoid complications during operations. The presence of anastomosing branches can influence the success of grafts and transplants, as these connections may provide alternative routes for blood flow, enhancing recovery and healing processes.Furthermore, studying anastomosing branches in various contexts can lead to advancements in technology and engineering. For example, researchers draw inspiration from nature's designs to create efficient transportation systems and communication networks. The principles behind anastomosing branches can inform the development of resilient infrastructures that mimic natural systems, ensuring sustainability and adaptability in the face of challenges.In conclusion, the term anastomosing branch encompasses a broad range of applications across different fields. Whether in biology, ecology, sociology, medicine, or technology, the idea of interconnected pathways highlights the importance of relationships and networks. By recognizing and understanding the role of anastomosing branches, we can appreciate the complexity and beauty of both natural and human-made systems, ultimately fostering a deeper connection to the world around us.

在生物学的复杂世界中，术语anastomosing branch指的是一种分支结构，其中两个或多个路径连接或汇合。这个概念可以在各种生物系统中观察到，例如植物和动物的血管系统，在那里血管或静脉通过anastomosing branches形成网络。这些连接至关重要，因为它们确保营养和氧气有效地输送到整个生物体，从而维持其整体健康和功能。理解anastomosing branches的重要性超越了生物学；它在生态学和环境科学中也有影响。例如，河流系统经常表现出anastomosing branches，因为它们蜿蜒并分成更小的溪流。这些分支模式在塑造生态系统方面发挥着重要作用，为各种物种提供多样的栖息地。相互连接的水道促进水生生物的运动，使生物能够在生态系统内的不同生态位中繁荣。此外，anastomosing branches的概念可以比喻性地应用于社会结构和网络。就像生物系统依赖这些连接以求生存一样，人类社会也依赖个人和社区之间的相互联系。社会网络往往类似于anastomosing branches，其中关系交织在一起，形成复杂的互动网络。这些连接促进合作、支持和思想交流，推动创新和进步。在医学领域，理解anastomosing branches对外科手术和治疗至关重要。外科医生必须认识到血管之间的解剖变异和连接，以避免手术中的并发症。anastomosing branches的存在可能会影响移植和移植物的成功，因为这些连接可能提供替代的血流途径，从而增强恢复和愈合过程。此外，在各种背景下研究anastomosing branches可以带来技术和工程方面的进步。例如，研究人员从自然设计中汲取灵感，创造高效的运输系统和通信网络。anastomosing branches背后的原则可以为开发模仿自然系统的弹性基础设施提供信息，确保在面对挑战时的可持续性和适应性。总之，术语anastomosing branch涵盖了不同领域的广泛应用。无论是在生物学、生态学、社会学、医学还是技术领域，相互连接路径的思想突显了关系和网络的重要性。通过认识和理解anastomosing branches的作用，我们可以欣赏自然和人为系统的复杂性和美丽，最终加深与我们周围世界的联系。