Post by icemandios on Feb 19, 2021 18:28:49 GMT
German Study: Laboratory Accident Most Likely Cause Of Coronavirus Pandemic
Unlike previous coronavirus-related epidemics such as SARS and MERS, to date, well over a year after the outbreak of the current pandemic, no intermediate host animal has been identified that could have facilitated the transmission of SARS-CoV-2 pathogens from bats to humans. Therefore, the zoonotic theory as a possible explanation for the pandemic has no sound scientific basis.
The SARS-CoV-2 viruses are surprisingly good at coupling to human cell receptors and penetrating human cells. This is made possible by special cell receptor binding domains combined with a special (furin) cleavage site of the coronavirus zigzag protein. Both properties together were previously unknown in coronaviruses and indicate a non-natural origin of the SARS-CoV-2 pathogen.
Bats were not offered at the suspected fish market in the center of Wuhan city. However, the Wuhan City Virological Institute has one of the world’s largest collections of bat pathogens, which originated from distant caves in southern Chinese provinces. It is extremely unlikely that bats from this distance of nearly 2,000 km would have naturally made their way to Wuhan, only to cause a global pandemic in close proximity to this virological institute.
A research group at the Wuhan City Virological Institute has been genetically manipulating coronaviruses for many years with the goal of making them more contagious, dangerous and deadly to humans. This has been documented in the scientific literature by numerous publications.
Significant safety deficiencies existed at the Wuhan City Virological Institute even before the outbreak of the coronavirus pandemic, which have been documented.
There are numerous direct references to a laboratory origin of the SARS-CoV-2 pathogen. For example, a young female scientist at the virology institute in Wuhan is believed to have been the first to become infected. There are also numerous indications that as early as October 2019, the SARS-CoV-2 pathogen spread from the virological institute to the city of Wuhan and beyond. Furthermore, there are indications that the virological institute was investigated by the Chinese authorities in the first half of October 2019.
The SARS-CoV-2 viruses are surprisingly good at coupling to human cell receptors and penetrating human cells. This is made possible by special cell receptor binding domains combined with a special (furin) cleavage site of the coronavirus zigzag protein. Both properties together were previously unknown in coronaviruses and indicate a non-natural origin of the SARS-CoV-2 pathogen.
Bats were not offered at the suspected fish market in the center of Wuhan city. However, the Wuhan City Virological Institute has one of the world’s largest collections of bat pathogens, which originated from distant caves in southern Chinese provinces. It is extremely unlikely that bats from this distance of nearly 2,000 km would have naturally made their way to Wuhan, only to cause a global pandemic in close proximity to this virological institute.
A research group at the Wuhan City Virological Institute has been genetically manipulating coronaviruses for many years with the goal of making them more contagious, dangerous and deadly to humans. This has been documented in the scientific literature by numerous publications.
Significant safety deficiencies existed at the Wuhan City Virological Institute even before the outbreak of the coronavirus pandemic, which have been documented.
There are numerous direct references to a laboratory origin of the SARS-CoV-2 pathogen. For example, a young female scientist at the virology institute in Wuhan is believed to have been the first to become infected. There are also numerous indications that as early as October 2019, the SARS-CoV-2 pathogen spread from the virological institute to the city of Wuhan and beyond. Furthermore, there are indications that the virological institute was investigated by the Chinese authorities in the first half of October 2019.
