NeoCov, a super dangerous corona variant in the wild

NeoCov, a super dangerous corona variant in the wild.

The World Health Organization (WHO) says more research is needed on the Neocov corona virus, which was discovered by Chinese scientists.

A team of Wuhan researchers has discovered a new type of corona virus called Neocov in bats in South Africa. In one study, researchers said the virus could pose a threat to humans in the future.

Corona viruses are a large family of viruses that cause diseases ranging from colds to acute respiratory illness (SARS).

The WHO said it was aware of the development, but needed further research to determine if the virus was endangering humans.

The organization said that wild animals are the root cause of 75% of human infections. "Corona viruses are often found in animals, including bats, which have been identified as natural reservoirs of many viruses," the World Health Organization said.

The WHO added that it was "working closely with the World Health Organization (OIE), the Food and Agriculture Organization (FAO) and the UN Environment Program (UNEP) to monitor and respond to the growing threat of zoonotic viruses." WHO told TASS that its experts were aware of the research and "thanked the researchers for sharing their findings on the front axis."

According to the study, Neocov can infiltrate human cells in much the same way as the Covid-19 virus. "There is only one mutation in which Neocov has become dangerous to humans," the researchers said in a more reviewed study published in the preprint repository BioRxiv.

The study may use NeoCoV and its close relative PDF-2180-CoV, some types of bat angiotensin-converting enzyme 2 (ACE2) and human ACE2.

Scientists have warned that the new corona virus could bind to the ACE2 receptor in a different way than the COVID-19 virus. The virus can carry with it a high mortality rate of MERS-CoV and a higher transmission rate of the current SARS-CoV-2 corona virus. A report by the Russian website Sputnik said that MERS's high mortality rate could lead to "one-third of deaths on average."

Our study demonstrates the first occurrence of ACE2 use in MERS-related viruses, shedding light on the potential life-threatening threat of ACE2 human survival using both MERS-CoV-2 and high mortality and spread rates.

MERS-CoV is related to the virus, which was detected in outbreaks in the Middle East in 2012 and 2015 and is similar to SARS-CoV-2, which causes the corona virus in humans.