recombine

简明释义

英[ˌriːkəmˈbaɪn]美[ˌriːkəmˈbaɪn]

vt. 重组；再结合

vi. 重组；再结合

第 三 人 称 单 数 r e c o m b i n e s

现 在 分 词 r e c o m b i n i n g

过 去 式 r e c o m b i n e d

过 去 分 词 r e c o m b i n e d

英英释义

单词用法

同义词

反义词

例句

1.That provides ample opportunity for strains to mingle and recombine .

那就给毒株混杂与重组提供充足的机会。

2.That provides ample opportunity for strains to mingle and recombine.

那就给毒株混杂与重组提供充足的机会。

3.Even more incredible is the young brain's ability to pick out an order in language from the mixture of sound around him, to analyze, to combine and recombine the parts of a language in new ways.

更令人难以置信的是，这个年轻的大脑能够从他周围混合的声音中挑选出语言的顺序，并进行分析，以新的方式将语言的各个部分组合再组合。

4.A typical use for this is where you are using cut and paste to extract and recombine fields from a file into another.

此功能的一个典型使用场合是使用剪切和粘贴来将一个文件中的字段提取并重新组合到另一个文件中。

5.He will recombine them into large division.

他将会把它们合并为更大的公司。

6.Want to realize this crucial technology is data and code to recombine.

要实现这关键的技术是数据和代码的重组。

7.An enterprise can reuse and recombine these services to support different activities, within and beyond the enterprise.

企业可以重用和重组这些服务，以支持不同的活动，不论在企业内部还是外部。

8.After an immeasurably short time interval, the electron - positron pair recombine .

电子―正电子偶经过一个不可测量的短暂时间间隔后就重新复合。

9.That generates electricity and causes the metals to recombine in the electrolyte.

这会产生电流并使金属在电解液中重新合成。

10.Scientists can recombine DNA to create new genetic variations.

科学家可以重组DNA以创造新的遗传变异。

11.In cooking, you can recombine flavors from different cuisines to create unique dishes.

在烹饪中，你可以重组来自不同菜系的风味，以创造独特的菜肴。

12.The software allows users to recombine different audio tracks for a custom mix.

该软件允许用户重组不同的音轨，以制作自定义混音。

13.Artists often recombine various styles to develop their own unique artistic voice.

艺术家经常重组各种风格，以发展自己独特的艺术声音。

14.After the event, we will recombine the feedback to improve future planning.

活动结束后，我们将重组反馈，以改善未来的计划。

作文

In the field of genetics, the process of evolution is often described as a complex interplay of various factors that lead to the diversity of life we see today. One fundamental mechanism in this process is the ability of organisms to recombine their genetic material. This recombine (重组) process allows for the mixing of genes from different individuals, resulting in offspring that have unique combinations of traits. This genetic variation is crucial for the survival and adaptation of species over time. For instance, when two plants of the same species cross-pollinate, their genetic information is recombined, leading to new plant varieties that might be more resistant to diseases or better suited to different environments. This ability to recombine (重组) is not limited to plants; it also occurs in animals and humans. In humans, genetic recombination happens during the formation of gametes, where chromosomes exchange segments of DNA. This natural process ensures that each individual is genetically unique, which is vital for the health of populations. Beyond biology, the concept of recombine (重组) can also be applied to other fields such as technology and art. In technology, innovation often arises from the recombined ideas of existing technologies. For example, smartphones are a recombine (重组) of various technologies, including telecommunication, computing, and photography. By recombineing these technologies, we have created devices that have transformed how we communicate and access information. Similarly, in the world of art, artists frequently recombine (重组) different styles, mediums, and influences to create something entirely new. For instance, the fusion of traditional painting techniques with modern digital tools has led to innovative forms of expression. Artists may take inspiration from various cultures and historical periods, recombine (重组) these elements, and produce artwork that resonates with contemporary audiences while honoring the past. The act of recombineing (重组) is not just a scientific or artistic phenomenon; it is a reflection of how interconnected our world is. In a globalized society, ideas, cultures, and technologies continuously interact and influence one another. This dynamic exchange allows for the recombine (重组) of concepts, leading to advancements and creativity that propel society forward. In conclusion, whether in nature, technology, or art, the ability to recombine (重组) plays a critical role in fostering diversity, innovation, and progress. It highlights the importance of collaboration and the blending of ideas, which can lead to remarkable outcomes. As we continue to navigate an ever-changing world, embracing the power of recombineing (重组) will be essential for growth and development in all areas of life.

在遗传学领域，进化的过程常常被描述为各种因素之间复杂的相互作用，这些因素导致了我们今天所看到的生命多样性。这个过程中的一个基本机制是生物体能够recombine它们的遗传物质。这个recombine（重组）过程允许来自不同个体的基因混合，从而产生具有独特特征组合的后代。这种遗传变异对物种的生存和适应至关重要。 例如，当两种同种植物进行交叉授粉时，它们的遗传信息会被recombine，导致新的植物品种，这些品种可能更能抵抗疾病或更适合不同的环境。这种recombine（重组）的能力并不仅限于植物；它也发生在动物和人类中。在人类中，遗传重组发生在配子形成过程中，染色体交换DNA片段。这个自然过程确保每个个体在遗传上都是独特的，这对于种群的健康至关重要。 除了生物学，recombine（重组）的概念还可以应用于其他领域，如技术和艺术。在技术领域，创新往往源于现有技术的recombine思想。例如，智能手机是各种技术的recombine（重组），包括电信、计算和摄影。通过recombine这些技术，我们创造了改变我们沟通和获取信息方式的设备。 同样，在艺术世界中，艺术家们经常recombine（重组）不同的风格、媒介和影响，以创造出全新的东西。例如，传统绘画技巧与现代数字工具的融合导致了创新的表现形式。艺术家们可能会受到各种文化和历史时期的启发，recombine（重组）这些元素，创作出与当代观众产生共鸣的艺术作品。 recombine（重组）的行为不仅是科学或艺术现象；它反映了我们世界的相互联系。在全球化社会中，思想、文化和技术不断相互作用和影响。这种动态的交流使得概念能够被recombine（重组），从而导致推动社会前进的进步和创造力。 总之，无论是在自然、技术还是艺术中，recombine（重组）的能力在促进多样性、创新和进步方面发挥着关键作用。它突显了合作和思想融合的重要性，这可以导致卓越的结果。当我们继续在这个不断变化的世界中航行时，拥抱recombine（重组）的力量将是各个生活领域成长和发展的关键。