replicative

简明释义

英[ˈrɛplɪˌkeɪtɪv]美[ˈrɛplɪˌkeɪtɪv]

adj. 复制的；重复的

英英释义

单词用法

同义词

反义词

例句

1.After that, a system framework model based on a replicative architecture is introduced by analyzing the demands of collaborative pattern-design.

然后通过对轻纺领域图案协同设计实际要求的分析，提出了基于复制体系结构的系统框架模型。

2.After that, a system framework model based on a replicative architecture is introduced by analyzing the demands of collaborative pattern-design.

然后通过对轻纺领域图案协同设计实际要求的分析，提出了基于复制体系结构的系统框架模型。

3.When we use all-trans retinoic acid, neointima formation is inhibited, and the phenomenon of replicative senescences is tend to decrease.

应用血管内膜增生抑制剂后，内膜增生受到抑制，细胞增生性衰老的现象也趋于减少。

4.The MCM complex is thought to be the replicative helicase, and formation of the pre-RC is referred to as chromatin licensing.

MCM复合体被认为是一种复制解旋酶，而pre-RC的形成参与染色质许可。

5.The replicative lifespan of Saccharomyces cerevisiae is determined by both genetic and environmental factors.

在复制的酿酒酵母的寿命是由遗传和环境因素。

6.The researchers focused on the replicative 复制的 process of DNA to understand how genetic information is passed on.

研究人员专注于DNA的replicative 复制的过程，以了解遗传信息是如何传递的。

7.In cell biology, replicative 复制的 senescence refers to the process where cells lose their ability to divide.

在细胞生物学中，replicative 复制的衰老是指细胞失去分裂能力的过程。

8.The team developed a replicative 复制的 model to simulate viral infections in laboratory conditions.

团队开发了一个replicative 复制的模型，以模拟实验室条件下的病毒感染。

9.Understanding the replicative 复制的 mechanisms of bacteria can lead to better antibiotic treatments.

理解细菌的replicative 复制的机制可以导致更好的抗生素治疗。

10.The replicative 复制的 nature of the experiment allowed for multiple trials to confirm the results.

实验的replicative 复制的性质允许进行多次试验以确认结果。

作文

In the field of biology, the term replicative (复制的) is often used to describe processes that involve the duplication of genetic material. This concept is crucial for understanding how organisms grow, develop, and reproduce. For instance, during cell division, DNA replication occurs, which is a replicative (复制的) process that ensures each new cell receives an exact copy of the genetic information from the parent cell. This mechanism is not just vital for cellular reproduction but also for the maintenance of genetic stability across generations. Moreover, the study of replicative (复制的) mechanisms extends beyond mere biological processes. In the realm of technology, particularly in computer science, the idea of replicative (复制的) systems can be observed in data management and cloud computing. For example, when data is backed up or mirrored across multiple servers, it employs replicative (复制的) techniques to ensure that information is preserved and accessible even if one server fails. This parallels the biological need for redundancy and reliability in genetic information. Furthermore, the concept of replicative (复制的) processes plays a significant role in the study of viruses. Many viruses rely on their ability to hijack the host's cellular machinery to replicate their genetic material. This replicative (复制的) behavior can lead to rapid viral proliferation, which poses challenges for treatment and prevention. Understanding these processes allows scientists to develop vaccines and antiviral drugs that target specific stages of the viral life cycle. In addition to biology and technology, the notion of replicative (复制的) methods can also be found in social sciences, particularly in the analysis of cultural phenomena. Cultural practices and beliefs often undergo replicative (复制的) processes as they are passed down through generations. This transmission can occur through various means, such as storytelling, rituals, and education. By studying these replicative (复制的) processes, researchers can gain insights into how cultures evolve and adapt over time. In conclusion, the term replicative (复制的) encompasses a wide array of processes across different fields. Whether in biology, technology, or social sciences, understanding replicative (复制的) mechanisms is essential for grasping how systems function, evolve, and maintain stability. As we continue to explore these concepts, we uncover the intricate connections between various domains of knowledge, highlighting the significance of replication in both natural and artificial systems.

在生物学领域，术语replicative（复制的）常用于描述涉及遗传物质复制的过程。这个概念对于理解生物体如何生长、发展和繁殖至关重要。例如，在细胞分裂过程中，DNA复制发生，这是一种replicative（复制的）过程，确保每个新细胞从母细胞接收到遗传信息的精确副本。这种机制不仅对细胞繁殖至关重要，而且对维持跨代的遗传稳定性也至关重要。 此外，replicative（复制的）机制的研究超越了单纯的生物过程。在技术领域，特别是在计算机科学中，可以观察到replicative（复制的）系统的概念。例如，当数据备份或镜像到多个服务器时，它采用replicative（复制的）技术，以确保即使一个服务器发生故障，信息仍然被保存和可访问。这与生物学上对遗传信息冗余和可靠性的需求相平行。 此外，replicative（复制的）过程的概念在病毒研究中也发挥着重要作用。许多病毒依赖于劫持宿主细胞的机械装置来复制其遗传物质。这种replicative（复制的）行为可以导致病毒的快速增殖，这给治疗和预防带来了挑战。理解这些过程使科学家能够开发针对病毒生命周期特定阶段的疫苗和抗病毒药物。 除了生物学和技术，replicative（复制的）方法的概念也可以在社会科学中找到，特别是在文化现象的分析中。文化实践和信仰通常经历replicative（复制的）过程，通过讲故事、仪式和教育等多种方式代代相传。通过研究这些replicative（复制的）过程，研究人员可以深入了解文化如何随着时间的推移而演变和适应。 总之，术语replicative（复制的）涵盖了不同领域的一系列过程。无论是在生物学、技术还是社会科学中，理解replicative（复制的）机制对于掌握系统的功能、演变和维持稳定性至关重要。随着我们继续探索这些概念，我们揭示了各种知识领域之间的复杂联系，突显了复制在自然和人工系统中的重要性。