nonmotile

简明释义

英[ˌnɒnˈməʊtaɪl]美[ˌnɑːnˈmoʊtl]

adj. 无运动的；不动的

英英释义

单词用法

同义词

反义词

例句

1.It is suitable to the nonmotile source condition and transportation situation, adapting easily to environment, and getting into favour with the medical staff and field first-aid personnel.

它适于无动力源条件下和运输转运情况下使用，对环境条件的依赖性小，受到医务人员和野外急救人员的欢迎。

2.Moreover, the Guangdong Marine board's data demonstrated that is had 2474 the typhoon influence in the port ships, passenger steamer 430, dangerous material ship 314, workboat 283, nonmotile ships 89.

另外，广东海事局的数据显示，受台风影响的在港船舶有2474艘，其中客船430艘、危险品船314艘、施工船283艘，无动力船舶89艘。

3.Moreover, the Guangdong Marine board's data demonstrated that is had 2474 the typhoon influence in the port ships, passenger steamer 430, dangerous material ship 314, workboat 283, nonmotile ships 89.

另外，广东海事局的数据显示，受台风影响的在港船舶有2474艘，其中客船430艘、危险品船314艘、施工船283艘，无动力船舶89艘。

4.In genetic studies, researchers often isolate nonmotile strains of bacteria to understand their properties better.

在遗传研究中，研究人员通常会分离出非运动性细菌株，以更好地理解它们的特性。

5.The bacteria in this sample are primarily nonmotile, which means they do not have the ability to move on their own.

这个样本中的细菌主要是非运动性的，这意味着它们没有自主移动的能力。

6.The study focused on nonmotile microorganisms found in stagnant water.

这项研究集中在静止水中发现的非运动性微生物。

7.In contrast to motile sperm, some species produce nonmotile sperm that rely on external factors for movement.

与能动的精子相比，一些物种产生的非运动性精子依赖外部因素进行移动。

8.Certain algae can be classified as nonmotile because they do not swim but rather float with the currents.

某些藻类可以被分类为非运动性，因为它们不游泳，而是随水流漂浮。

作文

In the study of biology, particularly in the context of microbiology and cellular biology, the term nonmotile refers to organisms or cells that do not have the ability to move independently. This characteristic is crucial for understanding various biological processes and the behavior of different species. For instance, many bacteria are classified as nonmotile because they lack flagella or other structures that facilitate movement. Instead, they may rely on external forces such as water currents or the movement of other organisms to disperse and colonize new environments.The concept of nonmotile organisms extends beyond bacteria. Certain types of algae, fungi, and even some plant cells are also considered nonmotile. These organisms often have adaptations that allow them to thrive in their stationary state. For example, many nonmotile algae can perform photosynthesis effectively, capturing sunlight and converting it into energy without needing to move. This ability is essential for their survival, especially in aquatic environments where light penetration varies.In contrast, motile organisms, such as animals and some protozoa, have developed complex mechanisms to enable movement. This mobility allows them to seek food, escape predators, and find suitable habitats. Understanding the differences between motile and nonmotile organisms helps scientists explore ecological interactions and evolutionary adaptations. For example, in a given ecosystem, nonmotile organisms often play vital roles as primary producers or decomposers, contributing to nutrient cycling and energy flow.Research into nonmotile organisms has significant implications for various fields, including medicine and environmental science. For instance, certain nonmotile bacteria can be pathogenic, leading to diseases in humans and animals. Understanding their nonmotility can aid in developing strategies to control infections, as these bacteria may require specific conditions to thrive. Moreover, studying nonmotile microorganisms can provide insights into bioremediation processes, where these organisms help break down pollutants in contaminated environments.Furthermore, the concept of nonmotile is not limited to living organisms. In a broader sense, it can also apply to materials and structures that do not exhibit movement. For example, in engineering and technology, certain components are designed to be nonmotile, ensuring stability and reliability in various applications. Understanding the principles behind nonmotile systems can lead to advancements in design and functionality across multiple disciplines.In conclusion, the term nonmotile encompasses a wide range of organisms and concepts that are essential for understanding biological and ecological dynamics. Whether discussing bacteria, algae, or even non-living systems, the implications of being nonmotile are profound. As research continues to evolve, the significance of nonmotile entities in both natural and artificial environments will undoubtedly grow, highlighting their importance in sustaining life and advancing technology.

在生物学的研究中，特别是在微生物学和细胞生物学的背景下，术语nonmotile指的是那些没有独立移动能力的生物或细胞。这一特征对于理解各种生物过程和不同物种的行为至关重要。例如，许多细菌被归类为nonmotile，因为它们缺乏鞭毛或其他促进运动的结构。相反，它们可能依赖于水流或其他生物的运动来扩散和殖民新的环境。nonmotile生物的概念不仅限于细菌。某些类型的藻类、真菌甚至一些植物细胞也被认为是nonmotile。这些生物通常具有适应性，使它们能够在静止状态下茁壮成长。例如，许多nonmotile藻类能够有效进行光合作用，捕获阳光并将其转化为能量，而无需移动。这种能力对于它们的生存至关重要，尤其是在光照穿透变化的水生环境中。相比之下，运动生物，如动物和某些原生动物，已经发展出复杂的机制以实现移动。这种机动性使它们能够寻找食物、逃避捕食者和寻找合适的栖息地。理解运动与nonmotile生物之间的差异有助于科学家探索生态相互作用和进化适应。例如，在某个生态系统中，nonmotile生物通常作为初级生产者或分解者发挥重要作用，为营养循环和能量流动做出贡献。对nonmotile生物的研究在医学和环境科学等多个领域具有重要意义。例如，某些nonmotile细菌可能是致病的，导致人类和动物的疾病。理解它们的非运动性可以帮助开发控制感染的策略，因为这些细菌可能需要特定条件才能繁衍。此外，研究nonmotile微生物可以提供关于生物修复过程的见解，这些过程利用这些生物帮助分解污染物。此外，nonmotile的概念不仅限于生物生物。在更广泛的意义上，它也可以应用于不表现运动的材料和结构。例如，在工程和技术领域，某些组件被设计为nonmotile，确保在各种应用中的稳定性和可靠性。理解nonmotile系统背后的原理可以推动多个学科的设计和功能的进步。总之，术语nonmotile涵盖了广泛的生物和概念，对于理解生物和生态动态至关重要。无论是讨论细菌、藻类，还是非生物系统，nonmotile的含义都是深远的。随着研究的不断发展，nonmotile实体在自然和人工环境中的重要性无疑会增加，突出它们在维持生命和推动技术进步中的重要性。