chemical sensitization

简明释义

化学增感

英英释义

例句

1.Workers in the chemical industry must be aware of the risks of chemical sensitization 化学敏感性 when handling hazardous materials.

化学行业的工人必须意识到在处理危险材料时存在的化学敏感性 化学敏感性风险。

2.Patients with a history of chemical sensitization 化学敏感性 should inform their doctors before undergoing any medical procedures.

有化学敏感性 化学敏感性史的患者在接受任何医疗程序之前应告知医生。

3.Children exposed to certain household cleaners may develop chemical sensitization 化学敏感性 over time.

接触某些家庭清洁剂的儿童可能会随着时间的推移而发展出化学敏感性 化学敏感性。

4.The study revealed that prolonged exposure to certain chemicals can lead to chemical sensitization 化学敏感性 in sensitive individuals.

研究表明，长期接触某些化学物质可能导致敏感个体出现化学敏感性 化学敏感性。

5.Employers are responsible for providing training on chemical sensitization 化学敏感性 to ensure workplace safety.

雇主有责任提供有关化学敏感性 化学敏感性的培训，以确保工作场所安全。

作文

Chemical sensitization is a phenomenon that occurs when an individual's immune system becomes overly reactive to a particular chemical substance after initial exposure. This process can lead to allergic reactions upon subsequent exposures, even at very low concentrations of the chemical. Understanding chemical sensitization (化学致敏) is crucial in various fields, including medicine, occupational health, and environmental science. In the workplace, many employees are exposed to numerous chemicals daily, whether through manufacturing processes, cleaning agents, or other substances. Prolonged exposure to certain chemicals can result in chemical sensitization (化学致敏), which may manifest as skin rashes, respiratory issues, or other allergic reactions. For instance, individuals who work with latex products may develop an allergy to latex proteins over time, leading to severe reactions when they come into contact with latex again. This highlights the importance of monitoring and controlling chemical exposure in occupational settings to prevent sensitization. Moreover, in the realm of environmental science, understanding chemical sensitization (化学致敏) is vital for assessing the risks associated with pollutants in the environment. Certain chemicals, such as pesticides or industrial solvents, can sensitize individuals who are exposed to them, leading to public health concerns. Researchers and policymakers must consider the potential for chemical sensitization (化学致敏) when evaluating the safety and regulation of chemical substances in the environment. From a medical perspective, chemical sensitization (化学致敏) can complicate treatment options for patients with allergies. For example, if a patient has developed a sensitivity to a commonly used medication or chemical, healthcare providers must find alternative treatments that do not trigger allergic reactions. This can be particularly challenging in cases where the sensitizing agent is essential for treatment, requiring careful consideration and management. Preventing chemical sensitization (化学致敏) involves several strategies, including education, proper labeling of chemicals, and the use of personal protective equipment (PPE) in workplaces. Employers should provide training to their employees about the risks associated with chemical exposure and the importance of using PPE to minimize contact with sensitizing agents. Additionally, implementing strict regulations on the use and disposal of hazardous chemicals can help protect both workers and the general public from the dangers of chemical sensitization (化学致敏). In conclusion, chemical sensitization (化学致敏) is a significant concern that affects various aspects of human health and environmental safety. By understanding the mechanisms behind this phenomenon and taking proactive measures to mitigate risks, we can better protect individuals from the adverse effects of chemical exposure. Ongoing research and awareness efforts will be essential in addressing the challenges posed by chemical sensitization (化学致敏) in our increasingly chemical-dependent world.

化学致敏是指个体的免疫系统在初次接触某种化学物质后，对该物质产生过度反应的现象。这一过程可能导致在随后的接触中，即使是非常低浓度的化学物质也会引发过敏反应。理解化学致敏在医学、职业健康和环境科学等多个领域至关重要。在工作场所，许多员工每天都接触到大量化学物质，无论是通过制造过程、清洁剂还是其他物质。长期接触某些化学物质可能导致化学致敏，这可能表现为皮疹、呼吸问题或其他过敏反应。例如，接触乳胶产品的个体可能随着时间的推移对乳胶蛋白产生过敏，导致再次接触乳胶时出现严重反应。这凸显了在职业环境中监测和控制化学暴露以预防致敏的重要性。此外，在环境科学领域，理解化学致敏对于评估环境污染物相关风险至关重要。某些化学物质，如农药或工业溶剂，能够使接触者产生敏感性，从而引发公众健康问题。研究人员和政策制定者在评估化学物质的安全性及其监管时，必须考虑到化学致敏的潜在风险。从医学角度来看，化学致敏可能会使过敏患者的治疗选项变得复杂。例如，如果患者对某种常用药物或化学物质产生了敏感性，医疗提供者必须寻找不会引发过敏反应的替代治疗方案。这在致敏物质对治疗至关重要的情况下尤其具有挑战性，需要谨慎考虑和管理。预防化学致敏涉及多种策略，包括教育、化学品的正确标签以及在工作场所使用个人防护装备（PPE）。雇主应向员工提供有关化学暴露风险和使用PPE以最小化与致敏剂接触重要性的培训。此外，实施严格的危险化学品使用和处置法规可以帮助保护工人和公众免受化学致敏的危害。总之，化学致敏是一个重要的问题，影响人类健康和环境安全的各个方面。通过理解这一现象背后的机制并采取积极措施来减轻风险，我们可以更好地保护个体免受化学暴露的不良影响。持续的研究和意识提升工作将对应对我们日益依赖化学物质的世界中化学致敏带来的挑战至关重要。