interdigitate

简明释义

英[ˌɪntəˈdɪdʒɪteɪt]美[ˌɪntərˈdɪdʒɪˌteɪt]

v. （如双手紧握时十指交叉似的）相互交错

第 三 人 称 单 数 i n t e r d i g i t a t e s

现 在 分 词 i n t e r d i g i t a t i n g

过 去 式 i n t e r d i g i t a t e d

过 去 分 词 i n t e r d i g i t a t e d

英英释义

单词用法

同义词

反义词

例句

1.The malignant cells of this hepatocellular carcinoma (seen mostly on the right) are well differentiated and interdigitate with normal, larger hepatocytes (seen mostly at the left).

该肝细胞癌的恶性肿瘤细胞（主要位于右方）分化较好，并与较大的正常肝细胞（主要位于左方）相互交错。

2.The malignant cells of this hepatocellular carcinoma (seen mostly on the right) are well differentiated and interdigitate with normal, larger hepatocytes (seen mostly at the left).

该肝细胞癌的恶性肿瘤细胞（主要位于右方）分化较好，并与较大的正常肝细胞（主要位于左方）相互交错。

3.The fingers of the two hands can easily interdigitate 相互交错 when clasped together.

当双手紧握在一起时，两个手的手指可以轻松地相互交错。

4.In biology, certain plant leaves interdigitate 相互交错 to maximize sunlight absorption.

在生物学中，某些植物的叶子相互交错以最大化阳光吸收。

5.The puzzle pieces interdigitate 相互交错 perfectly, making it easy to assemble the picture.

拼图的块状部分相互交错得非常完美，使得组装图像变得容易。

6.The gears in the clock interdigitate 相互交错 to ensure accurate timekeeping.

钟表中的齿轮相互交错以确保准确的计时。

7.When the dancers moved, their arms interdigitate 相互交错 gracefully in the air.

当舞者们移动时，他们的手臂在空中相互交错得优雅。

作文

In the intricate dance of nature, various elements often interdigitate with one another, creating a harmonious ecosystem that thrives on balance and cooperation. The term interdigitate refers to the way in which different entities interlock or intertwine, much like fingers of two hands that grasp each other tightly. This concept can be observed in numerous contexts, from biology to architecture, and even in social relationships. For instance, consider the structure of a coral reef. The polyps of corals interdigitate with the surrounding marine life, forming a complex habitat that supports a diverse array of species. Each organism plays a crucial role in maintaining the health of the reef, demonstrating how interconnectedness is essential for survival. Similarly, in human relationships, individuals often interdigitate their lives with others, sharing experiences, emotions, and resources. This interlocking of lives can lead to strong bonds and a sense of community. In architecture, the concept of interdigitate can be applied to the design of buildings that seamlessly blend with their environment. Architects often strive to create structures that do not merely stand apart from nature but instead interdigitate with it, enhancing the landscape rather than detracting from it. This approach fosters sustainability and encourages a symbiotic relationship between human creations and the natural world. Moreover, in the realm of science, the phenomenon of interdigitate can be observed at the molecular level. For example, the way that certain proteins interdigitate with one another is crucial for biochemical processes. These interactions are fundamental to the functioning of cells and ultimately influence the health of organisms. The concept of interdigitate also extends to the world of technology. In computer science, data structures may interdigitate in ways that optimize performance and efficiency. By understanding how different components can work together, programmers can create more effective algorithms and systems. In conclusion, the term interdigitate encapsulates the idea of interconnectedness and collaboration across various domains. Whether in nature, human relationships, architecture, science, or technology, the ability to interdigitate effectively leads to greater harmony and functionality. As we navigate through the complexities of our world, recognizing and embracing the importance of interdigitate interactions can help us build a more sustainable and interconnected future.

在自然的复杂舞蹈中，各种元素常常相互交错，创造出一个依赖于平衡与合作的和谐生态系统。术语交错指的是不同实体如何相互锁定或交织在一起，就像两只手的手指紧紧握住彼此一样。这个概念可以在许多背景下观察到，从生物学到建筑学，甚至在人际关系中。 例如，考虑珊瑚礁的结构。珊瑚的虫体与周围的海洋生物交错，形成一个复杂的栖息地，支持着多样的物种。每个生物在维持珊瑚礁健康方面都扮演着至关重要的角色，展示了互联互通对于生存的重要性。同样，在人际关系中，个人常常将自己的生活与他人交错，分享经历、情感和资源。这种生活的交织可以导致强大的纽带和社区感。 在建筑学中，交错的概念可以应用于与环境无缝融合的建筑设计。建筑师常常努力创造出不仅仅是与自然分开的结构，而是与自然交错，增强景观而不是削弱它。这种方法促进了可持续性，并鼓励人类创造与自然世界之间的共生关系。 此外，在科学领域，交错现象可以在分子水平上观察到。例如，某些蛋白质如何交错在一起对生化过程至关重要。这些相互作用是细胞功能的基础，最终影响有机体的健康。 交错的概念也延伸到技术世界。在计算机科学中，数据结构可能以优化性能和效率的方式交错。通过理解不同组件如何协同工作，程序员可以创建更有效的算法和系统。 总之，术语交错概括了在各个领域中的互联互通与合作的理念。无论是在自然、人际关系、建筑、科学还是技术中，有效交错的能力都会导致更大的和谐与功能性。当我们在复杂的世界中航行时，认识到并拥抱交错互动的重要性可以帮助我们建立一个更可持续和互联的未来。