| Hello Nature readers, Today we learn that a fire has damaged ‘irreplaceable’ historical material at the University of Cape Town. Plus, we explore the trials studying long COVID and consider what might underlie the very rare blood clots that have been linked with two COVID-19 vaccines. |
| Gutted interior of the University of Cape Town library’s Jagger Reading Room, which was built in the 1930s. (Ashraf Hendricks/GroundUp) |
| Fire damages historic South African libraryForest fires raging in South Africa’s Table Mountain National Park have reached the University of Cape Town and gutted the reading room of its main library, which houses irreplaceable documents and records from the country’s past. “We lose that texture of everyday life and struggles with a catastrophe like this,” says historian Sarah Emily Duff. The university’s botany building was also seriously damaged. Researchers have put out a call for anyone with photos or scans of the library’s collections to come forward to help recover some of the lost records. The “damage is total” says Timm Hoffman, a historical ecologist.Nature | 4 min read |
RESEARCH HIGHLIGHTS: 1-MINUTE READS |
| COVID-19 coronavirus update |
| The long road to healing long COVIDNearly one-third of people who are hospitalized with COVID-19 are readmitted to hospital within months — that’s 4 times the rate in the control group of a study of nearly 48,000 people in the United Kingdom. “Hospitalized patients who have survived hospital discharge think, ‘Woohoo, I’m through the worst of it.’ But actually, that’s not the end of the story by a long shot,” says intensive-care specialist Charlotte Summers. Summers is leading a British trial starting this month, HEAL-COVID, to study treatments that could reduce the long-term effects of SARS-CoV-2 infection. Other trials are launching elsewhere, including a US$1-billion US National Institutes of Health (NIH) study of ‘post-acute sequelae of SARS-CoV-2 infection’. The first hurdle: how to design a trial that can analyse a condition we still barely understand.Nature Reviews Drug Discovery | 11 min read Read more: US health agency will invest $1 billion to investigate ‘long COVID’ (Nature | 5 min read, from March) Reference: BMJ paper Blood clots: the theoriesWhat might be the mechanisms that possibly underlie the very rare blood clots that have been linked with the Johnson & Johnson and Oxford–AstraZeneca COVID-19 vaccines? Early evidence suggests that a platelet problem might be in play, or it could be something related to the adenovirus technology in use in both jabs. The answers are key to ensuring the safety of these life-saving vaccines — and could point the way to what causes dangerous clotting in people who get COVID-19.The Atlantic | 10 min read NOTABLE QUOTABLE“Rather than run this trial in an academic research center, we took this trial to the frontline. It was done across over 175 hospitals in the UK, by frontline nurses. We sort of democratized the research process.”Epidemiologist Peter Horby, co-lead of the United Kingdom’s influential RECOVERY trial of COVID-19 treatments, looks back on its successes and lessons. (Nature Reviews Drug Discovery | 9 min read) |
| Image of the week |
| Ecologists Phillip Alviola and Edison Cosico wait beside a net that they set up near a bat roost at Mount Makiling in Los Banos, in the Laguna province of the Philippines. The work is part a project that aims to help avert potential pandemics by identifying bat coronaviruses. The researchers wear protective hazmat suits, in case any bats they handle already carry diseases that can infect people. They hope to catch thousands of bats over the next three years, and will take oral swabs that can be analysed for viral material. “What we’re trying to look into are other strains of coronavirus that have the potential to jump to humans,” says Alviola. “If we know the virus itself and we know where it came from, we know how to isolate that virus geographically.” See more of the month’s sharpest science shots, selected by Nature’s photo team. (Nature | Leisurely scroll) |
| QUOTE OF THE DAY“Home expanded to encompass the entire planet, and when I returned to Earth after my six-month mission, and we landed, I thought, ‘I’m home.’ What was really interesting about that was that I was in Kazakhstan.”NASA astronaut Ron Garan discusses the ‘overview effect’ that gives a fresh perspective of life on Earth. (The Phoenix newsletter| 11 min read) |
| This newsletter is always evolving — tell us what you think! Please send your feedback to briefing@nature.com. Flora Graham, senior editor, Nature Briefing With contributions by Smriti Mallapaty |
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