
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…
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!
Rob Mahen retweeted
FlexSIM reconstruction of actin network (gray), microtubules (red), and clathrin (blue) in COS-
7 cells imaged in TIRF-SIM mode.
#FluorescenceFriday





















