The shifting sands of ‘gain-of-function’ research

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The mystery of COVID’s origins has reignited a contentious debate about potentially risky studies and the fuzzy terminology that describes them.

Conceptual illustration showing a virus being edited.
Illustration by Kasia Bojanowska

In Greek mythology, the Chimaera was a fire-breathing monster, a horrifying mishmash of lion, goat and snake that laid waste to the countryside. In 2015, virologists led by Ralph Baric at the University of North Carolina in Chapel Hill reported the creation of their own chimaera. They took a version of the coronavirus responsible for the deadly outbreak of severe acute respiratory syndrome (SARS) in the early 2000s — now known as SARS-CoV — and adorned it with surface proteins from a different coronavirus taken from Chinese horseshoe bats. In the laboratory, this particular mash-up was able to break into human cells and also make mice ill1. This chimaera came with a message: other coronaviruses have the potential to spark a human pandemic. In just a few years’ time, that warning would prove prescient, as a distant cousin of SARS-CoV has now killed more than 4.9 million people worldwide.

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Opening borders and barriers

Nature 527, S80–S82 (12 November 2015) doi:10.1038/527S80a
Published online
11 November 2015

Collaboration may result in higher impact science, but are government initiatives the best way to promote such international and interdisciplinary connections?

Kavli Institute

Tea time at Kavli Institute allows for an organized and informal exchange of collaborative ideas.

Nature – An American physicist, a Japanese mathematician and a German cosmologist walk into a lab; what do you get? Based on recent outcomes, you’ll get ground-breaking science. And lately, governments have begun paying heed to evidence1 that suggests international, multidisciplinary collaborations such as these will yield high-impact results.

Policymakers from diverse countries, including China, Japan, Australia, Chile and Germany, have sought to foster excellent science and technological innovation — and reap the associated economic benefits — by promoting collaboration across borders and disciplines, and setting up specialist centres with the necessary resources (see ‘Conduits to collaboration’).

Biological research: Rethink biosafety

11 November 2015

Tim Trevan calls on those working with organisms that are hazardous, or could be so, to take lessons from the nuclear industries, hospitals and other sectors that have established a safety culture.

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Douglas C. Pizac/AP/Pa Images Biosafety-level-3 protection at the US Army’s Dugway Proving Ground, Utah.

Nature – Two months ago, the US Department of Defense froze operations at nine biodefence laboratories where work is done on dangerous pathogens. Inspectors had discovered live anthrax outside a containment area at the US Army’s Dugway Proving Ground — a facility in Utah that tests defence systems against biological and chemical weapons. Tiếp tục đọc “Biological research: Rethink biosafety”