We study cellular circadian rhythms at @mrc_lmb @CellBiol_MRCLMB. Account accessed by all members of the lab (inc John very very rarely)

Cambridge, UK
Joined October 2019
Our first papers have been published in npj Biological Timing and Sleep! 🎉 We're proud to share two studies that highlight the journal's mission to showcase high quality research on all aspects of sleep, circadian and other biological rhythms: buff.ly/3xyd3CE #npjbts
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Out today! Circadian rhythms in proteome turnover, especially macromolecular complexes, which allow proteome renewal even under cellular proteostasis, osmostasis, and energy homeostasis constraints: embopress.org/doi/full/10.10…
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Our latest work is out as a preprint on #bioRxiv ! Work by @Serffest , @PriyaCrosby and many others looking at #potassium rhythms in coupling between the #circadian clock and cell cycle. Collaboration with @partchlab @ONeill_Lab and @Alestang01 biorxiv.org/content/10.1101/…
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Come join our team? We have a postdoc position open. Deadline 17th March mrc.tal.net/vx/mobile-0/appc…
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A tweet back to circadian biology: John and Andrew @DrBatmo were interviewed on the EMBO podcast about the story behind our recent paper on physiological function of red blood cell rhythms. Link below
In the new #EMBOPodcast, John O'Neill and Andrew Beale of @MRC_LMB talk to us about how a mysterious band on a Western blot led to a fascinating paper on circadian rhythms in red blood cells. embo.org/podcasts/the-band-a…
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And save the date for an exciting #proteostasis conference @BabrahamInst 8-9 May next year! More details will be announced soon but it’s looking like a great line-up! 4/4
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We've dabbled in another non-circadian project with @RachelSEdgar - showing that propylene glycol (PG) has robust virucidal activity in vitro and in vivo and efficiently abolishes influenza A and SARS-CoV-2 infectivity within airborne droplets: embopress.org/doi/full/10.15…
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Nathan = O’Neill lab axe throwing champion 👑👑👑
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In a departure from biological rhythms, we’re excited to share our work describing the role of macromolecular assembly & condensation in the acute buffering of cellular water potential, published today @Nature. A thread: 1/16 nature.com/articles/s41586-0…
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Thanks also to editors and anonymous reviewers who thoughtfully helped improve this work! and also to our funders @UKRI_News, @HFSP, @wellcometrust, @royalsociety, @EMBO, @ImperialInfect, Versus Arthritis, Grifols, the Alpha-1-Foundation, Volkswagen ‘Life’ and @PoLDresden. 15/16
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