denticulate

简明释义

英[denˈtɪkjʊleɪt;denˈtɪkjʊlɪt]美[denˈtɪkjulɪt]

adj. 齿状的；齿状装饰的；[动] 有小齿的

英英释义

单词用法

同义词

反义词

例句

1.Suspend denticulate ligament and turn the tumor mildly to increase the exposure of tumor in ventral spinal cord.

悬吊齿状韧带，轻度翻转脊髓，增加对腹侧肿瘤的显露。

2.Denticulate Describing a leaf margin that is finely toothed.

具细牙齿的：叶片的边缘有细密的锯齿。

3.Results: The ventral roots lay in front of the denticulate ligament, while the dorsal one behind it.

研究颈髓脊髓前动脉、前根动脉阻断对颈髓缺血性损伤的影响。

4.Suspend denticulate ligament and turn the tumor mildly to increase the exposure of tumor in ventral spinal cord.

悬吊齿状韧带，轻度翻转脊髓，增加对腹侧肿瘤的显露。

5.Calyx segment margin denticulate or serrate, at least once near apex.

花萼裂片边缘具小齿或有锯齿，至少一旦近先端。

6.Valves 1 or 2 or all with tubercles, margin denticulate.

裂爿1或2或全部具小瘤，边缘具小齿。

7.The edge of the leaf was denticulate, making it look serrated.

叶子的边缘是锯齿状的，使其看起来像锯子一样。

8.The denticulate design of the tool allows for better grip.

工具的锯齿状设计可以提供更好的抓握感。

9.The denticulate patterns on the shell make it unique.

壳上的锯齿状图案使其独一无二。

10.In botany, some plants have denticulate margins on their leaves.

在植物学中，一些植物的叶子有锯齿状边缘。

11.The denticulate structure of the bone helps to increase its strength.

骨骼的锯齿状结构有助于增强其强度。

作文

In the vast realm of biological terminology, certain words stand out due to their specificity and unique characteristics. One such word is denticulate, which refers to something that has small tooth-like projections or serrations. This term is often used in various fields, including biology, botany, and even engineering, to describe structures that exhibit a jagged or notched appearance. Understanding the meaning of denticulate can enhance our comprehension of the natural world and its intricate designs.For example, in the study of plants, many leaves display denticulate margins, which means that their edges are not smooth but instead have small, tooth-like indentations. These denticulate edges can serve several purposes, such as aiding in water drainage or deterring herbivores from consuming the leaves. The serrated edges may also help the plant capture more sunlight by increasing the surface area exposed to light. Thus, the denticulate nature of these leaves is not merely an aesthetic feature; it plays a significant role in the plant's survival and adaptability.Similarly, in the animal kingdom, certain species possess denticulate structures that assist them in their daily functions. For instance, some fish have denticulate scales that provide protection against predators while also reducing drag as they swim through water. These scales, with their tiny, tooth-like projections, create a hydrodynamic advantage, allowing the fish to move swiftly and efficiently. In this context, the term denticulate highlights the evolutionary adaptations that have enabled these creatures to thrive in their environments.Furthermore, the concept of denticulate can extend beyond the biological sciences into the realm of engineering and design. Engineers often draw inspiration from nature, a practice known as biomimicry. By studying denticulate patterns found in natural materials, they can develop innovative solutions for human-made products. For example, the design of certain tools or machinery may incorporate denticulate features to improve grip or functionality. This cross-disciplinary application of the term showcases the interconnectedness of different fields and the importance of understanding specific terminologies.In conclusion, the word denticulate encapsulates a fascinating aspect of both the natural and engineered worlds. Its definition, referring to small tooth-like projections, opens up a dialogue about how these features contribute to the functionality and survival of various organisms and objects. Whether in the context of botanical studies, zoological observations, or engineering innovations, the concept of denticulate serves as a reminder of the complexity and beauty inherent in design, whether natural or man-made. By appreciating the significance of such terms, we deepen our understanding of the world around us and the intricate systems that govern life and technology. The study of denticulate forms encourages curiosity and inspires further exploration into the wonders of our environment, urging us to look closer at the details that often go unnoticed.

在生物术语的广阔领域中，某些词因其特异性和独特特征而脱颖而出。其中一个词是denticulate，指的是具有小齿状突起或锯齿状边缘的事物。这个术语常用于生物学、植物学甚至工程等多个领域，以描述那些呈现锯齿状或缺口外观的结构。理解denticulate的含义可以增强我们对自然世界及其复杂设计的理解。例如，在植物研究中，许多叶子显示出denticulate的边缘，这意味着它们的边缘不是光滑的，而是有小的、齿状的凹陷。这些denticulate的边缘可以发挥多种作用，例如帮助排水或阻止食草动物吃掉这些叶子。锯齿状的边缘也可能通过增加暴露于光线的表面积来帮助植物捕捉更多阳光。因此，这些叶子的denticulate特性不仅仅是美学特征；它在植物的生存和适应性中扮演着重要角色。同样，在动物王国中，某些物种拥有denticulate的结构，帮助它们完成日常功能。例如，一些鱼类具有denticulate的鳞片，这些鳞片能保护它们免受捕食者的攻击，同时减少它们在水中游动时的阻力。这些鳞片上微小的齿状突起为鱼类提供了保护，并使它们在水中快速高效地移动。在这个背景下，denticulate一词突出了这些生物能够在环境中生存的进化适应。此外，denticulate的概念可以超越生物科学，延伸到工程和设计领域。工程师们常常从自然中汲取灵感，这种做法被称为仿生学。通过研究自然材料中发现的denticulate模式，他们可以开发出人造产品的创新解决方案。例如，某些工具或机械的设计可能会结合denticulate特征，以改善抓握或功能。这一跨学科应用该术语展示了不同领域之间的相互联系，以及理解特定术语的重要性。总之，denticulate这个词概括了自然和工程世界的一个迷人方面。其定义，即指小齿状突起，开启了一场关于这些特征如何促进各种生物和物体功能与生存的对话。无论是在植物学研究、动物观察还是工程创新的背景下，denticulate的概念都提醒我们设计中的复杂性和美丽，无论是自然的还是人造的。通过欣赏这些术语的重要性，我们加深了对周围世界的理解，以及支配生命和技术的复杂系统。对denticulate形式的研究激发了好奇心，并鼓励我们进一步探索环境的奇迹，促使我们更仔细地观察那些常常被忽视的细节。