sequencing

简明释义

英[ˈsiːkwənsɪŋ]美[ˈsiːkwənsɪŋ]

n. [计]排序；[计]定序；排列程序

v. [计]定序（sequence 的 ing 形式）；使按顺序排列

英英释义

单词用法

同义词

反义词

例句

1.Assembly diagram of the event sequencing application.

事件排序应用程序的组装图。

2.The human genome's sequencing wasn't formally completed until 2003.

人类基因序列测序工作直到2003年菜正式完成。

3.Performing de novo sequencing without knowing amino acid masses is very novel.

在不知道氨基酸团块的情况下进行从头测序是很新奇的。

4.Message ordering, or Event Sequencing.

消息顺序或事件序列。

5.Gene sequencing information on human viruses.

对人类病毒的基因排序信息。

6.The purchase order number is used as the key for event sequencing.

这个购物订单号被用作事件排序的键。

7.Genetic sequencing is ongoing to determine the origin of the virus.

正在进行基因测序以确定病毒的起源。

8.Basic sequencing of activities can be implicit or explicit.

基本活动排序可以是隐式的，也可以是显式的。

9.This would be faster than exonuclease sequencing.

这会比核酸外切酶测序法快得多。

10.The DNA sequencing revealed important genetic information.

DNA 测序揭示了重要的遗传信息。

11.In project management, task sequencing is crucial for meeting deadlines.

在项目管理中，任务 排序 对于按时完成至关重要。

12.We used sequencing to determine the order of events in the experiment.

我们使用 排序 来确定实验中事件的顺序。

13.The sequencing of the curriculum helps students learn effectively.

课程的 排序 有助于学生有效学习。

14.Next-generation sequencing technology has advanced rapidly in recent years.

下一代 测序 技术近年来迅速发展。

作文

In the realm of education, the concept of sequencing (顺序安排) plays a vital role in how knowledge is imparted to students. Effective sequencing (顺序安排) ensures that learners build upon their existing knowledge, gradually progressing from simple concepts to more complex ones. For instance, in a mathematics curriculum, students are first introduced to basic arithmetic before moving on to algebra and then calculus. This logical progression not only aids in comprehension but also helps to reinforce learning through repetition and application. Moreover, sequencing (顺序安排) is not limited to academic subjects; it is also crucial in skill development. Consider a cooking class where students learn to prepare a meal. The instructor must carefully plan the sequencing (顺序安排) of tasks—starting with gathering ingredients, followed by preparation, cooking, and finally plating the dish. If the steps are not arranged in a logical order, students may become confused or overwhelmed, leading to poor outcomes. In the world of technology, sequencing (顺序安排) is equally significant. Software development relies heavily on the sequencing (顺序安排) of tasks and processes. For example, in agile methodologies, teams prioritize features and tasks, ensuring that the most critical elements are developed first. This approach allows for iterative testing and feedback, ultimately leading to a more refined product. Without proper sequencing (顺序安排), projects can quickly become disorganized, resulting in wasted resources and time. Furthermore, sequencing (顺序安排) is essential in storytelling and communication. A well-structured narrative follows a specific sequencing (顺序安排) that guides the audience through the plot. Whether in literature, film, or public speaking, the order in which information is presented can significantly impact the effectiveness of the message. A compelling story often begins with an introduction that sets the scene, followed by rising action, climax, and resolution. Deviating from this structure can confuse the audience and diminish the impact of the story. In conclusion, the significance of sequencing (顺序安排) cannot be overstated. It is a fundamental principle that underpins effective teaching, skill acquisition, project management, and storytelling. By understanding and applying the concept of sequencing (顺序安排), individuals and organizations can enhance their ability to convey information clearly, develop skills efficiently, and create engaging narratives. As we continue to navigate an increasingly complex world, mastering the art of sequencing (顺序安排) will undoubtedly remain a valuable asset in various fields.

在教育领域，sequencing（顺序安排）这一概念在知识传授过程中扮演着至关重要的角色。有效的sequencing（顺序安排）确保学习者能够建立在已有知识的基础上，逐步从简单概念过渡到更复杂的内容。例如，在数学课程中，学生首先接触基本的算术，然后是代数，最后是微积分。这种逻辑进程不仅有助于理解，还通过重复和应用来巩固学习。 此外，sequencing（顺序安排）不仅限于学科知识；它在技能发展中同样至关重要。考虑一个烹饪课堂，学生学习准备一顿饭。教师必须仔细规划任务的sequencing（顺序安排）——从收集食材开始，然后是准备、烹饪，最后是摆盘。如果步骤没有按照逻辑顺序安排，学生可能会感到困惑或不知所措，从而导致结果不佳。 在科技领域，sequencing（顺序安排）同样重要。软件开发在很大程度上依赖于任务和过程的sequencing（顺序安排）。例如，在敏捷方法论中，团队优先考虑功能和任务，确保最关键的元素首先被开发。这种方法允许进行迭代测试和反馈，最终导致更精炼的产品。如果没有适当的sequencing（顺序安排），项目很快就会变得杂乱无章，导致资源和时间的浪费。 此外，sequencing（顺序安排）在讲故事和沟通中也至关重要。结构良好的叙述遵循特定的sequencing（顺序安排），引导观众了解情节。无论是在文学、电影还是公共演讲中，信息呈现的顺序都可以显著影响信息传递的效果。一篇引人入胜的故事通常以介绍开始，设定场景，接着是上升行动、高潮和解决方案。偏离这一结构可能会让观众感到困惑，并削弱故事的影响。 总之，sequencing（顺序安排）的重要性不容小觑。它是有效教学、技能获取、项目管理和叙事的基本原则。通过理解和应用sequencing（顺序安排）的概念，个人和组织可以增强清晰传达信息、有效发展技能和创造引人入胜叙述的能力。随着我们继续在日益复杂的世界中航行，掌握sequencing（顺序安排）的艺术无疑将在各个领域保持其宝贵的资产。