Profile avatar
elife.bsky.social
The funder-researcher collaboration and open-access publisher for research in the life and biomedical sciences. Follow @eLifeCommunity.bsky.social
1,084 posts 15,155 followers 46 following
Prolific Poster

Our authors can freely speculate the meaning and implications of their data in our new section: 💡 Ideas and Speculation 💡 buff.ly/0I8lpwz

Where a person will look next can be predicted based on how much it costs the brain to move the eyes in that direction.

Hidden virus harboured by fruit flies may influence experimental accuracy. buff.ly/TtHCYLQ

#Herpes viruses are among the most widespread human viruses. Scientists have shown how HSV-1, known for oral and genital sores, assembles in cells thanks to advanced imaging techniques.

🎧 Discover science straight from the source. Tune in to the latest #eLifePodcast episode and hear authors share their research in their own words. buff.ly/riiGByD

🧠 New research shows how your brain shifts where it stores information depending on your goals. When rules change fast, the frontal cortex steps in to help working memory stay flexible. buff.ly/NGs6fDi

🇧🇷 The Brazilian Reproducibility Initiative published the results of 143 replication attempts in biomedical science. Success rates ranged from just 15–45%. Now, the project team reflects on what made replication so hard and what needs to change. buff.ly/55j9Sax

#Antibiotics aren’t working like they used to. But scientists just tested a new kind of antibody made from the immune cells of people with cystic fibrosis that helped mice fight off #Pseudomonas infections.

Over 100 organisations still consider eLife papers when evaluating research contributions since losing our Impact Factor: buff.ly/wGQWNqs Help us rally more community support for research reform and let us know your funder or institution’s stance on the #ImpactFactor 💬

Our new paper on the parallel evolution of insecticide resistance is online now at @elife.bsky.social doi.org/10.7554/eLif... Pest: the two spotted spider mite

🌟 We’re proud to have been named an inaugural winner of the @crossref.bsky.social Metadata Excellence Awards today for our commitment to high-quality metadata in the research we publish. Read more below 👇

Ever wondered how cancer cells “decide” to spread? When high-grade breast cancer cells get crowded, they shrink and become more mobile, turning a non-invasive tumour into a threat. Scientists have identified the molecular switch behind the change. buff.ly/8JIDzDF

An online webinar: Advances in Plant-Microbe Interactions: Insights from Asia to the World on May 19. organized by Ren Ujimatsu, who won a 2024 Ben Barres Spotlight Award from eLife @elife.bsky.social Her recent publication www.cell.com/current-biol... preprint www.biorxiv.org/content/10.1...

In @elife.bsky.social: Quantifying feral pig interactions to inform disease transmission networks doi.org/10.7554/eLif...

Our paper on type II neuroblasts in beetle brain development is finally out! Many thanks to @elife.bsky.social for the supportive review and publication process. elifesciences.org/articles/99717

Our consultative peer review process means you can spend less time responding to confusing or conflicting requests. Learn more about peer review at eLife: buff.ly/lWCk8WX

Ever wondered how cancer cells “decide” to spread? When high-grade breast cancer cells get crowded, they shrink and become more mobile, turning a non-invasive tumour into a threat. Scientists have identified the molecular switch behind the change. buff.ly/hFVSKxq...

New paper out in @elife.bsky.social! Antarctic krill use their clock to control daily rhythms of swimming activity across a wide range of photoperiods, which helps them adapt to their high-latitude habitat🌊🦐🕖☀️ Great collaboration between @uni-wuerzburg.de, @awi.de, @hifmb.de! doi.org/10.7554/eLif...

On the fence about preprinting? Here are 5 reasons you should preprint your next paper ⬇️ buff.ly/FxPHpV5

#Herpes viruses are among the most widespread human viruses. Scientists have shown how HSV-1, known for oral and genital sores, assembles in cells thanks to advanced imaging techniques.

Where a person will look next can be predicted based on how much it costs the brain to move the eyes in that direction.

Ever wondered how cancer cells “decide” to spread? When high-grade breast cancer cells get crowded, they shrink and become more mobile, turning a non-invasive tumour into a threat. Scientists have identified the molecular switch behind the change. elifesciences.org/articles/106...

Why do some neurons say “sleep” while others shout “stay awake!” — inside the same brain? In fruit flies, researchers just mapped the molecular chaos behind this nightly tug-of-war. And it’s wilder than we thought. buff.ly/nA9M8EM

A lot of what we take for granted in publishing today stems from its history in physical print. So how would we design the process if we started today? buff.ly/xjrRogV

Turns out, two of pain’s most famous messengers — Substance P and CGRPα — might not be so essential after all. Mice missing both still felt pain just fine, challenging decades of assumptions about how pain signals travel. buff.ly/ypISrtx

Synchronised electrical waves in #Ecoli biofilms might be part of their survival toolkit, but a few unanswered questions about the experimental approach mean the evidence is ‘incomplete’. Could this be a conserved mechanism across biofilms? #Microbiology buff.ly/JzniZCB

Differences in the entire rotavirus genome – not just its two surface proteins – affect how well vaccines work, helping to explain why some strains are more likely to infect vaccinated individuals. buff.ly/oGBPXf7

This study spotlights Meis2 as a key player in whisker follicle formation and shows that nerves aren’t needed to get things started. Some mysteries remain about how Meis2 works, but the imaging is ‘solid’ and the insights are sharp. #DevBio buff.ly/pPN33KM

New structural insights into SBPase from #Chlamydomonas reinhardtii. This study reveals how #redox state influences the enzyme’s oligomeric form and offers clues to its regulation in the Calvin cycle. buff.ly/qfy40Ii

Our magazine showcases the latest research in eLife in an easily digestible format while also covering topics like research culture, #EDI and meta-research Get all the latest articles via our newsletter: buff.ly/1JyelPW

When one shape bumps another, do you see a cause or just a collision? This study explores how we visually infer causality, revealing that our perception is tuned to specific features like direction of motion, not just general rules. buff.ly/HMuCSJI

Want to see how flatworms rebuild themselves cell by cell? This sharp new imaging protocol lets researchers do just that, offering a fast, detailed look at planarian regeneration in 3D. Serious upgrade for studying neural and muscular systems. buff.ly/O0b4rfw

Happy to share our latest work now published in @elife.bsky.social: Scrutinized lipid utilization disrupts Amphotericin-B responsiveness in clinical isolates of Leishmania donovani doi.org/10.7554/eLif.... Here we explain the ability of selective host lipid utilization of drug resistant clinical

A single gene, DNAH12, causes sperm to lose their swim skills. This study, assessed as ‘fundamental’ and ‘compelling’, shows how a small mutation can have a huge impact on the fertility of mice and men. buff.ly/jucK9GU

Pleased to have our reviewed preprint out now @elife.bsky.social Outstanding work by Drs. Rachel Nakagawa, Dan Van de Mark, and Andrew Beardsley. Shout out to @genophoria.bsky.social, Mary-Kate Hayward and many others Press Release Here elifesciences.org/for-the-pres... @ucsfcancer.bsky.social

Read more about the finding from our department, that adenosine may be a central player in the mechanism that allows cells to measure their activity and require nutrients. elifesciences.org/digests/1050... @tomasdolezal.bsky.social @elife.bsky.social

Turns out high cholesterol and high blood pressure might team up to damage your kidneys by triggering a specific cell receptor combo. This study dives into how that happens and why it could open doors to better treatments for kidney disease. buff.ly/jucK9GU

🎙️ Catch up with the latest episode of the #eLifePodcast, for the latest research in the authors' own words. buff.ly/riiGByD

When #BreastCancer cells get crowded, some get dangerous. The mechanical stress of being crowded together can make some #cancer cells more likely to spread.

What if your gut bacteria could tell you how old your body is? A 14-year study of wild baboons links #microbiome makeup to biological ageing, hinting at new ways to measure and maybe even slow it in humans. #Ageing #MachineLearning elifesciences.org/digests/1021...

Why do some people leap to help while others hold back? New research traces these choices to how we perceive need, merit, and fairness, patterns that stay surprisingly stable over time.

Introducing SAVEMONEY, AKA ‘Simple Algorithm for Very Efficient Multiplexing of Oxford Nanopore Experiments for You’ A new tool offering a faster, cheaper computational approach to democratise whole-plasmid sequencing. buff.ly/ov7YumB

A new 2D gene expression map of the mouse brain during early development.

Ever wondered how cancer cells “decide” to spread? When high-grade breast cancer cells get crowded, they shrink and become more mobile, turning a non-invasive tumour into a threat. Scientists have identified the molecular switch behind the change. elifesciences.org/articles/106...