seroconverted
简明释义
英[ˌsɪərəʊkənˈvɜːt]美[ˌserokənˈvɜːrt]
vi. 血清转化
英英释义
单词用法
血清转化率 | |
已转变的个体 | |
血清转化状态 | |
感染后转变 | |
转变为HIV | |
因接种疫苗而转变 |
同义词
血清转化 | 患者在接种疫苗后进行了血清转化。 | ||
血清阳性 | Individuals who are seropositive may have been exposed to the virus. | 血清阳性个体可能曾接触过病毒。 | |
抗体阳性 | The test confirmed that the individual was antibody positive. | 测试确认该个体为抗体阳性。 |
反义词
血清阴性 | 尽管进行了多次检测,患者仍然是血清阴性。 | ||
未转换 | He is classified as non-converted after the follow-up tests. | 在后续检测后,他被归类为未转换。 |
例句
1.Roughly 7% of women in the acyclovir and placebo groups seroconverted during the study, Dr. Watson-Jones said.
试验期间,阿昔洛韦组和安慰剂组女性的血清转阴率约为7%。
2.Roughly 7% of women in the acyclovir and placebo groups seroconverted during the study, Dr. Watson-Jones said.
试验期间,阿昔洛韦组和安慰剂组女性的血清转阴率约为7%。
3.In the clinical trial, those who seroconverted 转化为抗体阳性 showed improved health outcomes compared to those who did not.
在临床试验中,那些seroconverted 转化为抗体阳性的人相比于未转化的人,健康结果更好。
4.The researchers were excited to see that a significant number of volunteers had seroconverted 转化为抗体阳性 after receiving the new vaccine.
研究人员很高兴地看到,许多志愿者在接种新疫苗后seroconverted 转化为抗体阳性。
5.The study found that 90% of participants had seroconverted 转化为抗体阳性 within two weeks of exposure.
研究发现,90%的参与者在接触后的两周内seroconverted 转化为抗体阳性。
6.Patients who seroconverted 转化为抗体阳性 were monitored for any adverse reactions to the treatment.
那些seroconverted 转化为抗体阳性的患者会被监测是否有任何不良反应。
7.After the vaccination campaign, many individuals seroconverted 转化为抗体阳性, indicating a successful immune response.
在疫苗接种活动后,许多人seroconverted 转化为抗体阳性,这表明免疫反应成功。
作文
In recent years, the study of infectious diseases has become increasingly important in our globalized world. One critical aspect of understanding how viruses and bacteria spread is the concept of seroconversion. When a person is exposed to a pathogen, their immune system responds by producing antibodies. If this exposure leads to the production of detectable antibodies, we say that the individual has seroconverted (血清转化). This process is vital for diagnosing infections and understanding the immune response. For example, in the case of HIV, seroconversion indicates that a person has been infected with the virus and their body is beginning to fight it off. Testing for antibodies can help identify individuals who are at risk of transmitting the virus to others. Early detection through seroconversion testing can lead to timely medical interventions, which are crucial in managing the disease and preventing its spread. The implications of seroconversion extend beyond just individual health. In public health, monitoring seroconversion rates can provide valuable data on the prevalence of diseases within specific populations. For instance, during an outbreak of a viral infection, health officials can track how many people have seroconverted (血清转化) to understand the extent of the outbreak and implement control measures effectively. This data helps in planning vaccination campaigns and allocating resources where they are most needed. Moreover, seroconversion plays a significant role in vaccine development. Vaccines work by stimulating the immune system to produce antibodies against specific pathogens. After vaccination, researchers monitor participants to see if they have seroconverted (血清转化), indicating that the vaccine was effective. Understanding the rate and timing of seroconversion can inform vaccine efficacy and help in making decisions about booster shots and other preventive measures. In summary, the concept of seroconverted (血清转化) is essential in the fields of immunology, epidemiology, and public health. It serves as a key indicator of infection and immunity, guiding both individual treatment and broader public health strategies. As we continue to face emerging infectious diseases, understanding seroconversion will be crucial in our efforts to protect communities and prevent outbreaks. The ongoing research in this area highlights the importance of maintaining robust surveillance systems and investing in new technologies that can enhance our ability to detect seroconversion quickly and accurately. By doing so, we can improve health outcomes and ensure a safer future for all.