22.02.2025 11:20
Chinese scientists have discovered a new bat coronavirus that can enter human cells. This development has raised concerns about a new pandemic worldwide. The research team led by Shi Zhengli, nicknamed 'Bat Woman,' made this dangerous discovery. This new virus can bind to the human cell receptor known as ACE2, just like Covid-19.
Chinese scientists have discovered a new bat coronavirus that can enter human cells in the same way as the Covid-19 virus. This development has raised concerns about a new pandemic worldwide.
The research team led by Chinese scientist Shi Zhengli, known as "Bat Woman," made this dangerous discovery. Shi Zhengli is recognized for her work at the Wuhan Institute, which was frequently mentioned at the beginning of the Covid-19 outbreak. It is worth recalling that this institute remained in the spotlight for a long time due to claims that Covid-19 originated from a laboratory leak.
Researchers in Guangzhou have found a new variant of a virus type that was first seen in bats in Hong Kong. This new virus can bind to the human cell receptor known as ACE2, just like Covid-19. This feature indicates the virus's potential to spread from animals to humans.
This discovery came immediately after the UK announced plans for large-scale drills to prepare for a new global pandemic. Learning from the devastation caused by Covid-19, the UK is accelerating its preparations for a possible new pandemic.
The British government will provide special training for 4,000 emergency workers each year. These preparations, which will start in the fall and will be the most comprehensive drill in the country's history, will also include tests of the nationwide emergency alert system.
Pat McFadden, the head of the Duke of Lancaster, stated, "We must learn from Covid-19. We do not have the luxury of repeating the same mistakes. However, we must also remember that the threat we face in the future may be different from Covid-19."
These developments once again highlight the importance of being prepared for epidemic diseases worldwide. Experts emphasize that bat-derived viruses, in particular, need to be closely monitored.