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Innovations in Protein Folding

In the Pipeline's Derek Lowe says [email protected] — a distributed-computing approach to working out protein folding problems run from David Baker's lab at the University of Washington — seems to have made progress on a project developing proteins designed to bind to the surface of flu viruses. "It looks like they have one with tight binding to an area of the virus associated with cell entry, so the next step will be to see if this actually prevents viral infection in a cell assay," Lowe says. However, he questions what would come after such an assay and says it wouldn't be easy to turn the results into any sort of therapy for the flu. Lowe quotes Baker, who says, "Being able to rapidly design proteins which bind to and neutralize viruses and other pathogens would definitely be a significant step towards being able to control future epidemics. However, in itself it is not a complete solution because there is a problem in making enough of the designed proteins to give to people." Baker also says that his researchers are working on designing new vaccines, but that the flu virus binder isn't a vaccine, but a virus blocker. Lowe suggests that [email protected] is more likely to make broad contributions to science's knowledge of protein folding, and specific contributions to vaccine design, and cautions that the sorts of proteins the project is developing could have a low probability of success.

The Scan

Highly Similar

Researchers have uncovered bat viruses that are highly similar to SARS-CoV-2, according to Nature News.

Gain of Oversight

According to the Wall Street Journal, the Biden Administration is considering greater oversight of gain-of-function research.

Lasker for mRNA Vaccine Work

The Scientist reports that researchers whose work enabled the development of mRNA-based vaccines are among this year's Lasker Award winners

PLOS Papers on Causal Variant Mapping, Ancient Salmonella, ALK Fusion Test for NSCLC

In PLOS this week: MsCAVIAR approach to map causal variants, analysis of ancient Salmonella, and more.