infector

简明释义

英[ɪnˈfɛktə]美[ɪnˈfɛktər]

n. 传播者；传染者

英英释义

单词用法

同义词

反义词

例句

1.Bimodal virus Also called a boot Sector Infector, a bimodal virus is one that infects both boot records and files on the computer system.

双模病毒也叫引导区感染程序，双模病毒是一种同时感染计算机系统上的引导记录和文件的病毒。

2.It examines entirely diffusing process of western cooperation idea in China and imitating practice of infector of cooperation idea.

全面考察了西方合作思想在中国的传播过程以及合作思想传播者的仿效实践。

3.It was also a memory resident file infector.

它也是一个记忆体驻存档案传播者。

4.Other file infector viruses only infect other files when they are executed.

其它文件感染病毒只感染其他文件时，他们立即执行枪决。

5.It was the first full-stealth file infector, designed to damage the hard drive if run on or after September 22 of any year.

如果是第一个全隐形档案传播者，设计损害硬碟假设流逝或在任何的年九月22日之后。

6.Bimodal virus Also called a boot Sector Infector, a bimodal virus is one that infects both boot records and files on the computer system.

双模病毒也叫引导区感染程序，双模病毒是一种同时感染计算机系统上的引导记录和文件的病毒。

7.The infector can be transmitted through direct contact with infected individuals.

该感染者可以通过与感染者的直接接触传播。

8.The doctor identified the virus as the main infector.

医生确定这种病毒是主要的感染者。

9.Researchers are studying the behavior of the infector in various environments.

研究人员正在研究该感染者在不同环境中的行为。

10.Health officials are working to contain the infector before it spreads further.

卫生官员正在努力控制这个感染者，以防止其进一步传播。

11.In this outbreak, the primary infector was traced back to a single event.

在这次疫情中，主要的感染者被追溯到一个单一事件。

作文

In today's world, the term infector refers to an agent that can cause infection in a host organism. This could be a virus, bacteria, or any other pathogen that invades a living being, leading to various diseases. Understanding the role of an infector is crucial, especially in the context of public health and safety. For instance, during the COVID-19 pandemic, the spread of the virus was largely facilitated by human infectors, who unknowingly transmitted the disease to others. This highlights the importance of awareness and preventive measures to control the spread of infections.The concept of an infector extends beyond just biological pathogens. In the realm of technology, computer viruses can also be considered infectors as they invade systems, corrupt data, and disrupt normal operations. Just like biological infectors, these digital threats require vigilance and protective measures to ensure the integrity of information and systems.Moreover, the study of infectors has led to significant advancements in medicine and technology. Vaccination programs, for example, are designed to prepare the immune system to fight off specific infectors. By introducing a harmless form of the pathogen, vaccines help the body to recognize and combat the real infectors when they invade. This proactive approach has saved countless lives and is a testament to the power of scientific research in understanding and combating infectors.Additionally, the role of infectors in the ecosystem cannot be overlooked. While many infectors are harmful, some play essential roles in maintaining balance within various environments. For example, certain bacteria are necessary for digestion and nutrient absorption in humans. They act as natural infectors that help break down food and assist in the overall health of the digestive system. This duality of infectors—both harmful and beneficial—illustrates the complexity of biological interactions.In conclusion, the term infector encompasses a wide range of organisms and entities that can cause harm or benefit to their hosts. Whether in a biological or technological context, understanding infectors is vital for developing effective strategies to mitigate risks associated with them. As we continue to advance in both medicine and technology, our ability to manage and understand infectors will be paramount in ensuring a healthier and safer future for all. Awareness, education, and innovation are key elements in this ongoing battle against infectors of all kinds.

在当今世界，术语infector指的是能够在宿主生物中引起感染的病原体。这可以是病毒、细菌或任何其他入侵生物体的病原体，导致各种疾病。理解infector的角色至关重要，特别是在公共卫生和安全的背景下。例如，在COVID-19大流行期间，病毒的传播主要是通过人类infectors来促进的，他们不知情地将疾病传播给他人。这突显了意识和预防措施的重要性，以控制感染的传播。infector的概念不仅限于生物病原体。在技术领域，计算机病毒也可以被视为infectors，因为它们入侵系统、破坏数据并干扰正常操作。就像生物infectors一样，这些数字威胁需要警惕和保护措施，以确保信息和系统的完整性。此外，对infectors的研究已导致医学和技术的重大进步。例如，疫苗接种计划旨在使免疫系统准备好抵御特定的infectors。通过引入一种无害的病原体形式，疫苗帮助身体识别并抵抗真正的infectors。这种主动的方法拯救了无数生命，是科学研究在理解和对抗infectors方面的力量的证明。此外，infectors在生态系统中的作用也不可忽视。虽然许多infectors是有害的，但一些在维持各种环境的平衡中发挥着重要作用。例如，某些细菌对人类的消化和营养吸收是必需的。它们作为天然的infectors，帮助分解食物，并协助整体消化系统的健康。这种infectors的双重性——有害和有益——说明了生物相互作用的复杂性。总之，术语infector涵盖了一系列可以对宿主造成伤害或益处的生物体和实体。无论是在生物学还是技术环境中，理解infectors对于制定有效的策略以减轻与之相关的风险至关重要。随着我们在医学和技术方面的不断进步，我们管理和理解infectors的能力将在确保所有人更健康、更安全的未来中发挥重要作用。意识、教育和创新是这一持续斗争中对抗各种infectors的关键要素。