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你自己发明,特别是关于印度的疫情时ADE,如果证实,应该拿去发表拿诺贝尔,属于对人类巨大贡献。哈哈 感染后抗体就是这样。特意中和抗体滴度不高,不能完全杀毒,有很多非特异抗体。这样,感染康复患者再次接触变异病毒后
ADE是有可能的,而且,特意抗体越弱,就越可能出现ADE。
那么如果活病毒都无法激发足够的特异抗体。
减活疫苗,肯定也不行。
所以美国放弃了他们开发的减活疫苗。
那么灭火疫苗产生的特异中和抗体就更弱了。而且生成了很多非特异,没有用处的抗体。产生ADE的可能性就更大了。
灭活疫苗ADE可能性>减活疫苗>康复病患.
mRNA在实验以前也被提出有ADE,
ADE is when a disease is made worse or more severe in a person who was already exposed to the virus through a previous infection or vaccination compared to people who were never exposed or vaccinated.
Antibody-dependent enhancement (ADE) has not been identified as a concern related to SARS-CoV-2 infection or following COVID-19 vaccination. Here are reasons indicating why ADE will not be a concern:
- First, most people have been infected with other coronaviruses in their lifetime, and ADE has not been identified as a result of these infections.
- Second, in human studies, people previously infected with coronavirus were infected with different types of coronavirus, and they did not experience enhanced disease.
- Third, experimental animals vaccinated against SARS-CoV-2 did not develop enhanced disease when challenged, or infected, with the virus.
- Finally, when people with COVID-19 received plasma containing SARS-CoV-2 antibodies, they did not experience enhanced disease.