1. Even experienced scientists can't give an accurate prediction about the global epidemic in 2023. So far, the world has confirmed cases of new coronary pneumonia. More than 500 million, and the death toll is rising.
The new coronavirus has also mutated since it started, so no one can be sure what future viruses will mutate into. They all want it to end quickly and don't want to spread higher viruses and jeopardize people's health.
2. Experts predict the epidemic in 2023. The future trend of the global epidemic will depend on the evolution of the new crown pneumonia and mutated strains. Some media pointed out that the new crown pneumonia mutation is the most important factor affecting the development of the disease, but also the most uncertain. New Crown pneumonia has 30,000 bases, and each mutant strain proceeds independently.
And relying on the current level of technology, we can not make a correct prediction, and now the virus is also constantly mutating, so it is also necessary to pay attention to protective measures.
3. Experts predicted the outbreak in 2023. It is the outbreak of the epidemic that makes people feel unacceptable. So far, this claim has come mainly from some rumors on the Internet. A German virologist has warned that cases of neococcal pneumonia are likely to appear in the next three years and that the number of cases will continue to rise.
There is still a lot of uncertainty about how the epidemic will develop until 2023. This is the only way to help overcome the epidemic under the "dynamic zero" approach to defense and control of CKP.
Why does the disease keep changing?
Liang Wannian, head of the expert group of the National Health Commission's leading group on outbreak response and treatment: I believe we all expect the outbreak to end as soon as possible, but the virus and the disease itself are not subject to our will. When the epidemic comes, how to effectively control and achieve balance? In science, we often talk about the "triangular model", that is to say, the virulence and harmfulness of the disease and the virus are from the same perspective. The second perspective is the resistance and capacity of the healthcare system. The third perspective is public health and social interventions. After an outbreak, these three perspectives form a "triangular model" that should reach an optimal balance.