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China’s ‘batwoman’ STILL doing ‘potentially catastrophic’ virus tests 5 years after Covid ‘lab leak’ left millions dead

The research means viruses can be more easily adapted to humans

A CHINESE scientist at the centre of the Covid origins debate is still carrying out "risky" research on coronaviruses, scientists have warned.

Shi Zhengli, 60, earned herself the nickname of China's "batwoman" as one of the world's leading scientists working on bat coronaviruses in Wuhan.

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Shi Zhengli was thrust into the spotlight in the early days of the pandemic over her work on bat coronaviruses
Dr Shi Zhengli working with researchers in a lab at the Wuhan Institute of VirologyCredit: AP
Shi releases a fruit bat in China’s Guangxi province in 2004 after taking a blood sampleCredit: Shuyi Zhang

Her team at Wuhan Institute of Virology collected more than 20,000 samples from bat colonies in China over nearly two decades.

Then, when a mystery pneumonia-like illness emerged just a stone's throw from the lab in late 2019, Shi was thrust into the spotlight.

Many scientists questioned whether the virus - which had unusual features suggesting it was genetically engineered - may have leaked from the lab.

Five years later, a landmark congressional report has ruled that the "weight of the evidence" suggests it was a lab leak that sparked the pandemic - and left millions dead.

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Despite the report's damning conclusion, Shi and her team are still carrying out "risky" research, according to top scientists and virologists.

Robert Redfield, the director of America's CDC during the pandemic, said the experiments have "potentially catastrophic consequences".

In a paper published in Nature, Shi and a team of scientists boasted they had built the first "customised" coronavirus "receptors".

In other words, Shi is creating the building blocks to change viruses so that they can infect different species - including humans, Mr Redfield said.

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He said: "Take bird flu - you can modify the receptor so that instead of chickens and turkeys, it can infect humans.

"It's potentially dangerous research. You are taking a non-pathogenic virus and changing it so that it could end up being dangerous to humans.

"You may have a pathogen that is restricted to pigs - but now you could totally change it so that it's highly infectious to other species too.

"She's playing around with bat viruses and modifying their receptor - so now they'll infect cows or chickens, for example. It's ill-advised.

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"There's potential catastrophic consequences. It could cause a new pandemic in animals or humans."

The research will make growing viruses in human cells easier as they have created "customised" receptors for viruses.

It means viruses can be more easily adapted to humans, experts said.

It's potentially dangerous research. You are taking a non-pathogenic virus and changing it so that it could end up being dangerous to humans

Dr Robert RedfieldFormer head of CDC

Dr Alina Chan, a genetic engineering expert, told The Sun: "It looks like they have a new suite of engineered host cells to isolate more novel coronaviruses.

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"There’s some potential here for risky work to happen downstream."

Dr Chan, who co-authored Viral on the origins of the pandemic, added: "In other words, once you have all these novel viruses growing in the lab, what do you do with them?"

Anton van der Merwe, a professor of molecular immunology from University of Oxford, described the experiments as "broadly risky".

He told The Sun: "Collecting viruses from remote sources, bringing them into densely populated cities, and culturing them in human cells, is inherently risky, even without performing gain of function experiments on the viruses. 

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"Growing the viruses in human cells will adapt them to humans, and the experiments described in this paper would make this easier. 

"These sorts of experiments are broadly risky."

Biosafety expert Professor Richard Ebright said he doesn't believe the research counts as "gain-of-function" - where viruses are "souped" up to make them more dangerous and is banned in many countries.

Collecting viruses from remote sources, bringing them into densely populated cities, and culturing them in human cells, is inherently risky

Anton van der MerweOxford University professor

But he added the risks are "sufficiently high to warrant international restriction or prohibition of the research".

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He added: "This is especially true, in view of the fact that the research has no civilian applications, being neither necessary for, nor even useful for, the development of vaccines, therapeutic agents, or other medical countermeasures against viruses that naturally infect humans."

The Sun has contacted Shi for comment.

Before Covid emerged in Wuhan, there were a very limited number of laboratories in the world working on coronaviruses.

One of these was the Wuhan Institute of Virology - located just 40 minutes from the wet market where some of the first Covid cases emerged.

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Shi won international acclaim for uncovering the origin of the 2003 SARS outbreakCredit: Wuhan Institute of Virology
Shi touring her lab with Peter Daszak, president of the EcoHealth Alliance, in 2014Credit: 60 Minutes

DRASTIC, an international team of scientists and sleuths investigating Covid's origins, found that the lab had an extensive collection of bat coronaviruses - immediately raising concerns about a potential lab leak.

Founded in the 1950s, the Wuhan Institute of Virology had become a focal point for coronavirus research after the 2003 SARS outbreak.

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Shi won international acclaim for uncovering the origin of the SARS outbreak.

It was a game changer for the lab – and coronavirus research – and sparked a global hunt for animal viruses with pandemic potential.

The Wuhan lab has been working on coronaviruses ever since – with the aim of trying to predict and prevent further outbreaks.

With Shi at the helm, the lab was carrying out controversial - and risky - research.

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Shi and her team hunted for SARS-like viruses, hoping to identify pathogens in the wild which could pose a risk to humanity in the future.

Congress report confirms what we suspected

By Imogen Braddick, Assistant Foreign Editor

Finally, politicians have said what many scientists and journalists have been saying for years - that Covid did leak from a dodgy lab in Wuhan.

But how has it taken five years to say what many people suspected within weeks of China admitting there was a new virus on the loose?

In a bombshell move, Congress accused governments and members of the scientific community of trying to cover-up facts about the origins of the pandemic.

And the report is an acknowledgement that the lab leak theory is not a conspiracy - after years of shaming anyone who dare question the "consensus".

It's a step in the right direction in the fight for justice for the millions of people who lost loved ones in the pandemic.

Many will continue to question why finding the origins of the pandemic is important.

It's important for the families of millions who died. It's also important if we want to stop the next pandemic.

If Covid did leak from a lab, we must have more oversight over risky lab research. If it was a natural spillover event, we must take steps to try and prevent a similar disaster.

The Congress report is a welcome victory - but it's taken far too long for a government to take the lead on the probe into the origins.

Here, the UK government is rightly examining the response to the pandemic with the Covid-19 Inquiry.

But it should also pay more attention to where the virus came from if we want to stop another pandemic killing millions more.

There's still much more evidence to be found, clues to be uncovered and scientists to quiz.

The researchers identified hundreds of new bat coronaviruses by catching bats in caves, taking samples from them and then shipping the samples back to Wuhan lab – thousands of miles away.

There, the lab has a published record of souping up viruses to make them more dangerous in order to understand pandemic pathogens and how they work - also known as gain-of-function research.

It involves experiments that make already dangerous viruses more virulent or transmissible.

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By late 2019, when the pandemic broke out, Shi's team had created a dozen or so "chimeric" viruses - by swapping and stitching ingredients to test which bat coronaviruses could infect humans.

Growing the viruses in human cells will adapt them to humans, and the experiments described in this paper would make this easier

Anton van der MerweOxford University professor

This so-called "gain-of-function" research is controversial and banned in many countries - including the United States under Barack Obama.

Following the pandemic, many scientists and biosafety experts called for a global ban on this type of research.

Yet others believe it's necessary to help prevent the next pandemic.

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Mr Redfield said: "Society must have a broader debate about the value of this research, and how we do it in a safe and responsible way.

"Most laboratories doing this research do not have the vigilance required."

Shi's lab kept an extensive and incredibly detailed public database of their workCredit: CCTV News
In the early days of the pandemic, Shi sequenced the virus and a critical role in the story of CovidCredit: AFP
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Shi is listed as the Editor-in-Chief of Virologica Sinica, a position she has held since 2017Credit: Getty

Who is Shi?

Shi had a critical role in the story of Covid as her lab was the first to sequence the complete coronavirus genome – and started working on a vaccine.

Shi's lab kept an extensive and incredibly detailed public database of their work - with some 20,000 data entries detailing their coronavirus samples.

And after sequencing the virus, Shi entered it into her vast database.

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In a strange turn of events, she found that it was a very close match with a coronavirus sample she had scooped from a mine in Mojiang seven years earlier in 2013.

Everything in the Wuhan Institute of Virology freezers would have been cleared out. The data records would have been scrubbed or cleaned up

Filippa LentzosKing's College London

Her team called it RaTG13 - and the fact it was so similar to the new strain of coronavirus circulating in Wuhan aroused suspicion.

Shi also sparked questions after she failed to mention how similar the two samples were in a paper on Covid's genome.

In June 2020, the Wuhan lab's database was suddenly deleted.

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Shi said it was pulled down over "security concerns" due to "hacking" attempts.

But it means the closest relative to Covid - or the virus itself - may be in the database.

As of December 2024, the database is still offline.

'Simply too late'

Filippa Lentzos, a biosecurity expert at King’s College London, said it’s "simply too late" to find out what happened.

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