mutating

简明释义

英[mjuːˈteɪtɪŋ]美[mjuˈteɪtɪŋ]

vi. 突变，变异（mutate 的现在分词）

vt. 使突变（mutate 的现在分词）

英英释义

单词用法

同义词

反义词

例句

1.By randomly mutating these genes and then breeding them with other, similarly mutated genomes, new offspring designs are created.

程序通过随机变化这些基因，然后将这些基因与其它基因一起繁殖，这样同样变化的基因组与新的后代设计就生成了。

2.The team from Duke University in North Carolina created autistic mice by mutating the gene which controls production of the protein, Shank3.

来自北卡罗莱纳州杜克大学的研究小组，通过对控制蛋白质生成的基因“shank3”进行变异，从而令老鼠出现自闭症。

3.The results might point to the way a virus is mutating, and, if caught early enough, lead to a response that would save lives.

得出的结果也许能表明病毒的突变状态，如果能提前预测的话，将会帮助我们拯救大批的生命。

4.Some of what you may term as lower life is disappearing, and other forms are mutating.

那些你们称为“较低的生命”正在消失，其他的正在“变化”。

5.However, there are no signs that the virus is mutating to become more deadly, as some scientists feared, CDC Director Thomas Frieden said.

CDC主管ThomasFrieden说，然而，科学家担心的病毒更加致命突变迹象尚未出现。

6.A third implication of mutating operations such as create is that we should not expect a: success response.

像create这样的非幂等操作所造成的第三个影响是我们不能再将：success作为预期响应。

7.The virus is constantly mutating 变异, making it difficult to develop an effective vaccine.

这种病毒不断变异，使得开发有效疫苗变得困难。

8.Scientists are studying how the bacteria is mutating 变异 to resist antibiotics.

科学家们正在研究这种细菌是如何变异以抵抗抗生素的。

9.In the lab, we observed the cells mutating 变异 in response to environmental changes.

在实验室中，我们观察到细胞对环境变化的反应而变异。

10.The film portrays a future where humans are mutating 变异 due to exposure to radiation.

这部电影描绘了一个未来，人类因辐射暴露而变异。

11.Some species are mutating 变异 rapidly to adapt to climate change.

一些物种正在迅速变异以适应气候变化。

作文

In the realm of science, particularly in genetics, the concept of mutating is fundamental to understanding how organisms evolve and adapt. When we talk about mutating, we refer to the process by which the DNA sequence of an organism changes over time. These changes can occur due to various factors such as environmental influences, errors during cell division, or even exposure to certain chemicals. The implications of mutating are vast, affecting everything from the survival of species to the development of diseases. One of the most well-known examples of mutating is seen in the case of viruses. For instance, the influenza virus is notorious for its ability to mutate rapidly, which is why we need a new vaccine every year. This constant mutating allows the virus to evade the immune system, making it a persistent threat to public health. Scientists monitor these changes closely to anticipate future outbreaks and to formulate effective vaccines. In a broader context, mutating plays a crucial role in the process of natural selection. When a population of organisms experiences mutating changes, it can lead to variations that may give some individuals a better chance of survival in their environment. For example, a species of bacteria might develop a resistance to antibiotics through mutating. Those bacteria that survive the treatment will reproduce, passing on their resistant traits to future generations. This phenomenon highlights the importance of understanding mutating in the fight against antibiotic resistance, which has become a significant global health concern. Moreover, mutating is not limited to harmful effects. In fact, mutating can also lead to beneficial adaptations. For instance, some plants have mutated to develop thicker skins or tougher leaves to withstand harsh environmental conditions. These adaptations enable them to thrive in areas where other plants may struggle, showcasing the resilience of life through mutating processes. The study of mutating is not confined to biology; it extends into fields like technology and culture as well. In technology, software programs often undergo mutating updates to improve functionality and security. These updates are essential for keeping systems robust and preventing vulnerabilities from being exploited. Similarly, cultural norms and societal values are constantly mutating, adapting to new ideas and influences as society evolves. In conclusion, the concept of mutating is integral to many aspects of life, from the microscopic world of genes to the macroscopic realm of societal change. Understanding mutating enables us to appreciate the complexity of life and the continuous journey of adaptation and evolution. Whether in the context of health, technology, or culture, mutating signifies the dynamic nature of existence, reminding us that change is not only inevitable but also essential for growth and survival.

在科学领域，尤其是遗传学中，mutating的概念对于理解生物如何进化和适应至关重要。当我们谈论mutating时，我们指的是生物体的DNA序列随时间变化的过程。这些变化可能由于环境影响、细胞分裂过程中的错误，甚至接触某些化学物质而发生。mutating的影响是巨大的，涉及从物种的生存到疾病的发展等各个方面。 最著名的mutating例子之一是在病毒的案例中。例如，流感病毒以其快速mutating的能力而闻名，这就是为什么我们每年都需要新的疫苗。这种不断的mutating使病毒能够逃避免疫系统，从而成为公共健康的持续威胁。科学家们密切监测这些变化，以预测未来的疫情并制定有效的疫苗。 在更广泛的背景下，mutating在自然选择过程中发挥着关键作用。当一个生物种群经历mutating变化时，可能导致一些个体在其环境中具有更好的生存机会。例如，一种细菌可能通过mutating发展出对抗生素的抵抗力。那些在治疗中幸存的细菌将繁殖，将其抵抗特性传递给后代。这一现象突显了在抗击抗生素耐药性这一全球健康问题中理解mutating的重要性。 此外，mutating不仅限于有害影响。事实上，mutating也可以导致有益的适应。例如，一些植物已经mutated以发展出更厚的表皮或更坚韧的叶子，以承受严酷的环境条件。这些适应使它们能够在其他植物可能挣扎的地区茁壮成长，展示了生命通过mutating过程的韧性。 mutating的研究不仅限于生物学；它还扩展到技术和文化等领域。在技术领域，软件程序经常进行mutating更新，以改善功能和安全性。这些更新对于保持系统的强大和防止漏洞被利用至关重要。同样，文化规范和社会价值观也在不断mutating，随着社会的演变而适应新的思想和影响。 总之，mutating的概念与生活的许多方面息息相关，从微观的基因世界到宏观的社会变革领域。理解mutating使我们能够欣赏生命的复杂性以及适应和进化的持续旅程。无论是在健康、技术还是文化的背景下，mutating都意味着存在的动态特性，提醒我们变化不仅是不可避免的，而且对于成长和生存至关重要。