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A vaccine capable of protecting against multiple strains of avian influenza virus may be a step closer, according to new research. The H5 subtype of avian influenza viruses has spilled over into mammals and is particularly concerning to researchers due to the risk of them evolving to cause another pandemic. But because there are multiple variants of these viruses, it has been hard to pre-prepare vaccines. Now, a team have used information on how these viruses evolved over time to design a vaccine that in animal studies provided protection against different H5 strains. They hope their approach could be applied to create stockpiles of vaccine that could be used in the event of a pandemic, regardless of the strain that causes it.
Research Article: Kok et al.
Making muon beams without a huge particle accelerator — plus, the bats hunting migrating birds in mid-air.
Research Highlight: Portable muon beam could accelerate archaeology scans
Research Highlight: European bats capture migrating birds and eat them on the wing
A new search engine that can sift through the staggering volumes of biological data, and the multiple failings revealed by an assessment of 25 years of carbon offsetting data.
Nature: ‘Google for DNA’ brings order to biology’s big data
The Guardian: Carbon offsets fail to cut global heating due to ‘intractable’ systemic problems, study says
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