A research team in Australia has come out with a murky origin theory of the novel coronavirus that caused COVID-19 pandemic.
The team led by Nikolai Petrovsky, Professor of Medicine at Flinders University, has suggested that SARS-CoV-2 was likely genetically engineered that led the virus naturally evolving in an animal subject to be effective at attaching to human cells.
Refuting the thinking the new coronavirus originated from the infamous wet market in Wuhan and jumped to humans naturally, the team favour the theory that coronavirus was optimised for attacking human cells, rather than animal cells and suggested that it was the outbreak was human-made.
The study observed “a remarkable coincidence or a sign of human intervention” in the creation of the virus.
However the study led by Nikolai Petrovsky, Professor of Medicine at Flinders University has not yet been peer reviewed and remains inconclusive. The study material has been published on a repository site of Cornell University, with a note that it is not be considered “established information” till experts come out with their opinion.
LifeSiteNews in an exclusive report said that team used a version of the novel coronavirus collected in the earliest days of the outbreak and applied computer models to test its capacity to bind to certain cell receptor enzymes, called “ACE2,” that allow the virus to infect human and animal cells to varying degrees of efficacy.
The team observed that “the novel coronavirus most powerfully binds with human ACE2, and with variously lesser degrees of effectiveness with animal versions of the receptor.”
Thus the study suggests that the deadly virus was manufactured in a laboratory in order to penetrate human cells.
“A virus would be expected to have highest affinity for the receptor in its original host species, e.g. bat, with a lower initial binding affinity for the receptor of any new host, e.g. humans. However, in this case, the affinity of SARS-CoV-2 is higher for humans than for the putative original host species, bats, or for any potential intermediary host species,” the study pointed out.