subunits

简明释义

英[ˈsʌbjuːnɪts]美[ˈsʌbˌjunɪts]

n. [计]子单位；二级单位（subunit 的复数）

英英释义

单词用法

同义词

反义词

例句

1.A logical model is a model that has multiple subunits.

所谓的逻辑模型就是一个拥有多个子单元的模型。

2.Import of subunits as fragments.

作为片段来导入子单元。

3.Steps to import subunits as fragments, models or root packages

将子单元作为片段、模型或者根包导入的步骤

4.It USES the concept of subunits to support multiple models.

它使用子单元的概念来支持多个模型。

5.If you select the box labeled Convert subunits to models or fragments, you have two more options.

如果您选择了Convertsubunits tomodelsorfragments框，那么您还有两个选项。

6.Part one of this series briefly discussed subunits and fragments.

本系列的第一篇文章，简单地讨论了子单元与片段。

7.A model that fails to resolve and load subunits or the framework library that it references does not qualify as a closure.

没有辨别并加载子单元，或者子单元所引用的框架库的模型没资格称为闭包。

8.Perform Step 4 if you have selected to import one or more subunits as model or root package.

如果您选择将一个或者多个子单元作为模型或者根包导入，那么可以继续到第4步。

9.Each of these subunits is a gene. Another way to represent a DNA molecule, then, is as follows.

每一个细分后的分子都是一种基因。

10.The drug targets specific subunits of the receptor to enhance its efficacy.

该药物针对受体的特定亚单位以增强其疗效。

11.Each subunit of the complex has a distinct function that contributes to the overall activity.

该复合物的每个亚单位都有独特的功能，有助于整体活性。

12.Researchers are studying how the subunits of the enzyme interact with each other.

研究人员正在研究酶的各个亚单位之间是如何相互作用的。

13.In the assembly of the virus, each subunit plays a critical role in forming the protective coat.

在病毒的组装过程中，每个亚单位在形成保护壳中扮演着关键角色。

14.The protein is made up of multiple subunits that work together to perform its function.

这种蛋白质由多个亚单位组成，它们共同发挥作用。

作文

In the study of biology, understanding the concept of subunits is essential for comprehending how larger structures are formed and function. A subunit refers to a smaller, individual component that comes together with other subunits to create a more complex structure. For example, proteins are made up of amino acids, which can be considered as subunits of proteins. Each amino acid has its own unique properties, but when they link together in specific sequences, they form proteins that perform various functions in living organisms.The significance of subunits can also be observed in the field of molecular biology. DNA, the molecule that carries genetic information, is composed of nucleotides. These nucleotides are the subunits of DNA, and their arrangement determines the genetic code. Understanding how these subunits interact and pair with one another is crucial for fields such as genetics and biotechnology. For instance, researchers can manipulate these subunits to create genetically modified organisms or to develop new medical treatments.Moreover, subunits are not limited to biology; they can also be found in other scientific disciplines. In chemistry, molecules are often made up of smaller subunits called atoms. The way these atoms bond and interact with each other gives rise to the vast array of chemical compounds we observe in nature. By studying the properties of individual subunits, chemists can predict how different substances will behave in various reactions.In economics, the concept of subunits can be applied to understand the structure of markets and organizations. For example, a large corporation may consist of several departments, each functioning as a subunit that contributes to the overall success of the company. By analyzing the performance of these subunits, management can identify areas for improvement and make strategic decisions to enhance productivity and efficiency.The idea of subunits extends to education as well. In a curriculum, individual lessons or modules can be considered subunits that collectively build a student's knowledge base. Each subunit plays a vital role in ensuring that students grasp the overarching concepts of a subject. Educators often design assessments that evaluate students' understanding of these subunits to ensure they are prepared for more advanced topics.In conclusion, the term subunits encapsulates the idea of smaller components that contribute to a larger whole across various fields of study. Whether in biology, chemistry, economics, or education, recognizing the importance of subunits allows us to better understand complex systems and improve our approaches to research, management, and learning. As we continue to explore the intricacies of our world, the concept of subunits will remain a fundamental aspect of our understanding.

在生物学研究中，理解subunits的概念对于理解更大结构的形成和功能至关重要。subunit指的是一个较小的、独立的组成部分，它与其他subunits结合在一起形成一个更复杂的结构。例如，蛋白质是由氨基酸组成的，氨基酸可以被视为蛋白质的subunits。每个氨基酸都有其独特的属性，但当它们以特定的序列连接在一起时，就形成了执行各种功能的蛋白质。subunits的重要性也可以在分子生物学领域中观察到。DNA，即携带遗传信息的分子，由核苷酸组成。这些核苷酸是DNA的subunits，它们的排列决定了遗传密码。理解这些subunits如何相互作用和配对对于遗传学和生物技术等领域至关重要。例如，研究人员可以操纵这些subunits以创建转基因生物或开发新的医疗治疗。此外，subunits不仅限于生物学；它们还可以在其他科学学科中找到。在化学中，分子通常由称为原子的较小subunits组成。这些原子之间的结合和相互作用方式产生了我们在自然界中观察到的各种化合物。通过研究单个subunits的性质，化学家可以预测不同物质在各种反应中的行为。在经济学中，subunits的概念可以应用于理解市场和组织的结构。例如，一个大型公司可能由几个部门构成，每个部门作为一个subunit为公司的整体成功做出贡献。通过分析这些subunits的表现，管理层可以确定改进领域并制定战略决策，以提高生产力和效率。subunits的概念在教育中也得到了扩展。在课程中，单个课程或模块可以被视为subunits，共同构建学生的知识基础。每个subunit在确保学生掌握一个学科的整体概念方面都扮演着重要角色。教育工作者通常设计评估，以评估学生对这些subunits的理解，以确保他们为更高级的主题做好准备。总之，subunits这个术语概括了在各个研究领域中构成更大整体的小组成部分的概念。无论是在生物学、化学、经济学还是教育中，认识到subunits的重要性使我们能够更好地理解复杂系统，并改善我们在研究、管理和学习方面的方法。随着我们继续探索世界的复杂性，subunits的概念将始终是我们理解的基本方面。