air borne infection

简明释义

空气传染

英英释义

例句

1.Ventilation systems in buildings should be designed to minimize the risk of air borne infection 空气传播感染.

建筑物中的通风系统应设计为最小化空气传播感染的风险。

2.During flu season, many people are at risk of contracting an air borne infection 空气传播感染 if they don't take precautions.

在流感季节，如果不采取预防措施，许多人有感染空气传播感染的风险。

3.The hospital implemented strict protocols to prevent the spread of air borne infection 空气传播感染 in the wards.

医院实施了严格的协议，以防止在病房中传播空气传播感染。

4.Schools often remind students to cover their mouths when sneezing to reduce the risk of air borne infection 空气传播感染.

学校经常提醒学生在打喷嚏时遮住嘴，以降低感染空气传播感染的风险。

5.Healthcare workers wear masks to protect themselves from air borne infection 空气传播感染 while treating patients.

医护人员在治疗患者时佩戴口罩，以保护自己免受空气传播感染的侵害。

作文

Airborne infections are diseases that are transmitted through the air, primarily via tiny droplets that are expelled when an infected person coughs, sneezes, or talks. These droplets can remain suspended in the air for extended periods and can be inhaled by individuals nearby. Understanding air borne infection is crucial, especially in today's world where global travel and urbanization have increased the spread of diseases. Conditions such as tuberculosis, influenza, and COVID-19 are prime examples of air borne infection that pose significant public health challenges.The mechanism of transmission for air borne infection involves several factors, including the size of the infectious droplets, the environment, and the susceptibility of individuals. Smaller droplets, often referred to as aerosols, can travel longer distances and remain airborne for hours, making it easier for these infections to spread in crowded or poorly ventilated spaces. This characteristic of air borne infection underscores the importance of ventilation and air quality in preventing outbreaks.Preventive measures against air borne infection include wearing masks, maintaining physical distance, and ensuring good ventilation in indoor spaces. The use of air purifiers and regular cleaning can also help reduce the concentration of pathogens in the air. Public health campaigns aimed at educating people about the risks associated with air borne infection play a vital role in minimizing transmission.In addition to individual precautions, community-level strategies are essential in controlling air borne infection. Vaccination programs can significantly reduce the incidence of certain airborne diseases, protecting not only the vaccinated individuals but also the broader community through herd immunity. Moreover, timely diagnosis and treatment of infected individuals can help prevent further spread of these infections.Research into air borne infection continues to evolve, especially with the advent of new technologies and methods for detecting airborne pathogens. Scientists are exploring various ways to improve air filtration systems in public places and homes to create safer environments. Understanding the dynamics of air borne infection transmission has become increasingly important in light of recent pandemics, emphasizing the need for ongoing vigilance and preparedness.In conclusion, air borne infection represents a significant threat to public health, requiring a multifaceted approach to prevention and control. Awareness of how these infections spread, coupled with effective public health policies, can mitigate their impact on society. As we move forward, it is imperative to stay informed and proactive in the fight against air borne infection, ensuring a healthier future for all.

空气传播感染是通过空气传播的疾病，主要通过感染者在咳嗽、打喷嚏或说话时排出的微小飞沫传播。这些飞沫可以在空气中悬浮较长时间，并且可以被附近的人吸入。理解air borne infection至关重要，特别是在当今全球旅行和城市化加速传播疾病的背景下。结核病、流感和新冠病毒等疾病是air borne infection的典型例子，给公共健康带来了重大挑战。air borne infection的传播机制涉及多个因素，包括感染性飞沫的大小、环境以及个体的易感性。较小的飞沫，通常称为气溶胶，可以传播更远的距离，并且能够在空气中停留数小时，使这些感染在拥挤或通风不良的空间中更容易传播。这种air borne infection的特性突显了通风和空气质量在预防疫情中的重要性。防止air borne infection的措施包括佩戴口罩、保持身体距离以及确保室内空气流通。使用空气净化器和定期清洁也有助于降低空气中病原体的浓度。旨在教育人们关于air borne infection相关风险的公共卫生宣传在减少传播方面发挥着至关重要的作用。除了个人预防措施外，社区层面的策略在控制air borne infection方面也是必不可少的。疫苗接种计划可以显著降低某些空气传播疾病的发生率，不仅保护接种者，还通过群体免疫保护更广泛的社区。此外，对感染者进行及时诊断和治疗可以帮助防止这些感染的进一步传播。对air borne infection的研究持续发展，尤其是在新技术和检测空气传播病原体的新方法的出现下。科学家们正在探索改善公共场所和家庭空气过滤系统的各种方法，以创造更安全的环境。了解air borne infection传播的动态在最近的流行病中变得越来越重要，强调了持续警惕和准备的必要性。总之，air borne infection对公共健康构成了重大威胁，需要采取多方面的预防和控制措施。了解这些感染是如何传播的，加上有效的公共卫生政策，可以减轻它们对社会的影响。随着我们向前迈进，保持信息灵通并积极应对air borne infection的斗争，对于确保所有人的健康未来至关重要。