US says Chinese lab leak most likely caused Covid-19

According to media reports, the US Department of Energy now believes that the coronavirus pandemic may have originated from a laboratory leak in China. However, the White House stated on Sunday that the US intelligence community remains divided on this issue.

As per a report by The Wall Street Journal, the Director of National Intelligence Avril Haines’s office has made a determination regarding the origin of the coronavirus pandemic, which is noted in a classified report. The report indicates a shift by the US Department of Energy, which had previously been undecided on how the virus had emerged.

People who read the classified report were quoted in the Journal and The New York Times as saying the department made its judgment with “low confidence,” highlighting how different agencies remain divided over the origins of Covid-19 and the pandemic that swept the globe in early 2020.

The conclusion, reportedly the result of new intelligence, is nevertheless significant because the department oversees a network of national laboratories, including some that do advanced biological research.

The department now joins the Federal Bureau of Investigation in believing that the pandemic, which has left nearly seven million people dead, was the result of a mishap in a Chinese laboratory.

Four US intelligence agencies believe Covid occurred through natural transmission, while two others remain undecided, the Journal reported.

White House National Security Advisor Jake Sullivan stressed a “variety of views” on the matter remain.

“Right now, there is not a definitive answer that has emerged from the intelligence community on this question,” he told on Sunday.

In mid-February, the World Health Organization pledged to do everything possible “until we get the answer” on Covid’s origins, denying a report suggesting the agency had abandoned its investigation.

The scientific community sees it as crucial to determine the origins of the pandemic in order to better fight or even prevent the next one.