
Cells, centrosomes, cilia. Lecturer and PI at @uniofleicester. Previously @Cambridge_Uni @imperialcollege @EMBL . Not the views of my employer.
Leicester, Cambridge, UK
Joined March 2014
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Rob Mahen retweeted
Woohoo!
"A guide to single particle tracking" is now online!
Together with @Francois__Simon & @S_vanTeeffelen, we share our thoughts on going beyond MSD analysis in Nature Reviews Methods Primers.
doi.org/10.1038/s43586-024-0…
Free read link: rdcu.be/dTKHd
Rob Mahen retweeted
A wonderful tribute to a truly exceptional scientist, teacher, supervisor and person.
journals.biologists.com/jcs/…
Rob Mahen retweeted
Is there anyone credible out there can explain in simple terms why this isn’t a truly terrifying image? Like, why isn’t this headline news almost every day?
Rob Mahen retweeted
Happy #FluorescenceFriday! Just a little ol' Fluo cell, imaged by confocal. Not trying to do too much, very demure, very mindful.
Rob Mahen retweeted
What a week! Anyone else possibly discover signs of microbial life from billions of years ago on a planet 140 million miles from Earth?
No? Just me?
Rob Mahen retweeted
The nucleus of a human cell, as worked on by various groups in @LeicesterMCB @LeicStructBio
Interesting review on sleep in @PLOSBiology
journals.plos.org/plosbiolog…
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Rob Mahen retweeted
Looking for a #postdoc or #PhD in eukaryotic #DNA replication and #CryoEM? We are recruiting! The positions are fully-funded by the @novonordiskfond and come with access to cutting-edge facilities and fantastic colleagues in #Copenhagen. See links below for more information.
Crazy reaction-diffusion patterns in human cells using the orthogonal MinDE bacterial system
Replying to @CellRaiser_
Finally, plasmids for tinkering with this system will be on Addgene shortly. If you're excited about this technology or just enjoy psychedelia, grab these reagents and do a transfection--within 24 hours you'll be tripping. We're so excited to see where imagination will take you!
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Rob Mahen retweeted
FlexSIM reconstruction of actin network (gray), microtubules (red), and clathrin (blue) in COS-
7 cells imaged in TIRF-SIM mode.
#FluorescenceFriday





















