setae

简明释义

英[/ˈsiːtiː/]美[/ˈsiːtiː/]

n. 刚毛（seta 的复数）

英英释义

单词用法

同义词

反义词

例句

1.Compared with the single index of setae dispersion rate, the integrated index could show roundly and exactly the adaptability difference between silkworm varieties for artificial diet rearing.

与疏毛率等单项指标相比，利用综合适应性指数能够更全面、准确地反映出品种间对人工饲料育的适应性差异。

2.Compared with the single index of setae dispersion rate, the integrated index could show roundly and exactly the adaptability difference between silkworm varieties for artificial diet rearing.

与疏毛率等单项指标相比，利用综合适应性指数能够更全面、准确地反映出品种间对人工饲料育的适应性差异。

3.But the gecko is not the case, its minister of each foot with a few very fine setae 1 million, while the end of each seta has about 400 to 1000 more thin branches.

但壁虎就不一样了，它的每只脚底部长着数百万根极细的刚毛，而每根刚毛末端又有约400根至1000根更细的分支。

4.There was a variety of sizes and types of setae other than those associated with pits, especially on the head and legs.

体壁上还有大小和形状不同的刚毛，它们不同于生于凹陷的刚毛。

5.Insect adhesive pads are either relatively smooth or densely covered with specialized adhesive setae.

昆虫吸附垫要么是光滑的表皮垫子，要么是密布特殊的刚毛。

6.Gecko setae can bring a foot an ant's weight of all the setae on the use of 125 kg force to support.

壁虎脚底一根刚毛能够提起一只蚂蚁的重量，而使用全部刚毛就能够支持125公斤力。

7.Although the gecko setae of each power generated negligible, but accumulated very substantial.

虽然壁虎每根刚毛产生的力量微不足道，但累积起来就很可观。

8.The setae on abdomen, both dorsal and ventral are longer and more in number.

腹部背面及腹面的刚毛均比模式种的长而多。

9.The insect's movement is aided by its setae, which provide traction on various surfaces.

昆虫的运动得益于其刚毛，这使其在各种表面上提供了牵引力。

10.The scientist examined the setae under a microscope to understand their structure.

科学家在显微镜下检查刚毛以了解其结构。

11.Some species of fish have setae on their fins to help them navigate through water.

一些鱼类在鳍上有刚毛，帮助它们在水中导航。

12.The gecko’s ability to climb walls is due to tiny setae on its feet.

壁虎攀爬墙壁的能力源于其脚上的微小刚毛。

13.In botany, setae refer to hair-like structures found on some plant surfaces.

在植物学中，刚毛指的是某些植物表面上的类似毛发的结构。

作文

In the fascinating world of biology, the term setae (刚毛) refers to the bristle-like structures found on various organisms, particularly in the animal kingdom. These structures serve multiple functions, ranging from locomotion to sensory perception. For example, earthworms are equipped with numerous setae (刚毛) that help them anchor themselves in the soil while they move through it. The setae (刚毛) act like tiny anchors, providing friction against the soil, which is essential for their burrowing lifestyle. Moreover, setae (刚毛) can also be found on insects, where they play a crucial role in their ability to navigate and interact with their environment. Insects such as ants and bees have specialized setae (刚毛) that can detect vibrations and chemical signals, enabling them to communicate and find food. This sensory function of setae (刚毛) highlights their importance beyond mere physical support; they are integral to the survival and efficiency of these creatures. Another interesting aspect of setae (刚毛) is their presence in the aquatic realm. Certain species of fish and amphibians possess setae (刚毛) that help them in swimming or clinging to surfaces. For example, the clingfish has evolved unique setae (刚毛) that allow it to adhere to rocky surfaces in turbulent waters. This adaptation is a remarkable example of how nature innovates to solve challenges faced by different species in their habitats. Furthermore, the study of setae (刚毛) extends into the field of biomimicry, where scientists and engineers look to nature for inspiration in designing new technologies. The adhesive properties of certain setae (刚毛) found in geckos, for instance, have led to the development of advanced adhesives that mimic this natural mechanism. By understanding how setae (刚毛) function in nature, researchers can create materials that are both effective and sustainable. In conclusion, the term setae (刚毛) encompasses a wide range of structures that are vital to the functionality and adaptability of many organisms. From aiding in movement and providing sensory input to inspiring technological advancements, setae (刚毛) illustrate the intricate connections between biology and innovation. As we continue to explore the wonders of the natural world, the significance of setae (刚毛) will undoubtedly remain a topic of interest for biologists, engineers, and nature enthusiasts alike.

在生物学的迷人世界中，术语setae（刚毛）指的是各种生物体上发现的像毛刺一样的结构，特别是在动物王国中。这些结构具有多种功能，从运动到感知。例如，蚯蚓配备了许多setae（刚毛），帮助它们在土壤中移动时锚定自己。setae（刚毛）像小锚一样，在土壤中提供摩擦，这对于它们的掘土生活方式至关重要。 此外，setae（刚毛）也可以在昆虫身上找到，它们在昆虫导航和与环境互动的能力中发挥着关键作用。像蚂蚁和蜜蜂这样的昆虫拥有专门的setae（刚毛），可以检测振动和化学信号，使它们能够进行交流和寻找食物。setae（刚毛）的这种感官功能突显了它们不仅仅是物理支持的必要性；它们对于这些生物的生存和效率至关重要。 setae（刚毛）在水生领域的存在是另一个有趣的方面。某些鱼类和两栖动物拥有setae（刚毛），帮助它们游泳或附着在表面上。例如，依附鱼进化出了独特的setae（刚毛），使其能够在湍急的水域中附着在岩石表面。这种适应是自然如何创新以解决不同物种在其栖息地中面临的挑战的一个显著例子。 此外，对setae（刚毛）的研究扩展到了生物仿生学领域，科学家和工程师从自然中寻找灵感，以设计新技术。例如，某些壁虎的setae（刚毛）的粘附特性导致了模仿这种自然机制的先进粘合剂的发展。通过了解setae（刚毛）在自然中的功能，研究人员可以创造出既有效又可持续的材料。 总之，术语setae（刚毛）涵盖了一系列对许多生物的功能和适应性至关重要的结构。从帮助运动和提供感官输入到激发技术进步，setae（刚毛）展示了生物学与创新之间的复杂联系。随着我们继续探索自然世界的奇迹，setae（刚毛）的重要性无疑将继续成为生物学家、工程师和自然爱好者关注的话题。