Bára Cihlová

Thrilled to present our paper, the culmination of my undergraduate hobby pursuit! We showcase the specificity of NADARs, reversing DNA ADP-ribosylation. Introducing YarT, a non-DarT toxin, and YbiA antitoxin reversing the DNA modification. @IvanAhelLab mdpi.com/2769400

THE question though - do we still need cloning or we can just print plasmids in the lab?

Disorder-mediated interactions target proteins to specific condensates dlvr.it/TDWPH6

How am I ever going to move away from ncRNA research after reading such a captivating story?! academic.oup.com/nsr/article/11…

If you are interested in the regulation of interplay between ADP-ribosylation and lipoylation, check our collaborative paper. Congratulations to all authors, especially to our former postdoc Johannes for his first paper as an independent group leader! jbc.org/article/S0021-…

Why make repetitive DNA? It turns out the juxtaposed repeats reconstitute a perfect promoter and continuous open reading frame (a mildly mind-blowing thing to realise). In other words: the bacterium is physically MAKING A GENE in response to viral infection. 4/

Presenting my research at @MRC_LMB sounds like a dream–but lo and behold–it just happened. Thanks to the organisers of LMB-KI Graduate Symposium for putting together a fantastic event!

Molecular cloning: a ubiquitous and essential molecular biology technique. It's also the reason many scientists become superstitious, some equating cloning to witchcraft. But why, and does it have to be this way?

Sebastian Cocioba (@ATinyGreenCell) built a laboratory in his home using machines bought off eBay. His dream is to design flowers. He's already engineered air-purifying houseplants and helped make the world’s first genetically modified Olympic mascot. His story, in photos...

Online Now: Genome-wide quantification of RNA flow across subcellular compartments reveals determinants of the mammalian transcript life cycle dlvr.it/T96Bc8

You bring the questions, we'll bring the answers! Talk to current students about courses, colleges and all things Oxford at our upcoming Open Days on 26 and 27 June. Visit our website to view session timetables and start planning your day: ox.ac.uk/opendays. #OxOpenDays

Mind-boggling!

Check out our latest #research on ADP-ribosylation signaling, published in@NatureComms and led by our former PhD student @ELongarini! 🥳  nature.com/articles/s4146…

@LeungLab @IvanAhelLab Thank you, Anthony!!

An exciting development for DNA ADP-ribosylation—a new eraser, with guanosine specificity, from @IvanAhelLab! Many congrats, @BCihlova, Ivan, and the team!

@IvanAhelLab @_MarionSchuller – your guidance, patience, and support made all of this possible, thanks so much

Thrilled to present our paper, the culmination of my undergraduate hobby pursuit! We showcase the specificity of NADARs, reversing DNA ADP-ribosylation. Introducing YarT, a non-DarT toxin, and YbiA antitoxin reversing the DNA modification. @IvanAhelLab mdpi.com/2769400

TWO postdoc positions available in our lab to study ADP-ribosylation and ubiquitylation signalling! We are looking for someone with experience in biochemistry/structural biology/cell biology to work on these exciting projects! Post 1: DNA damage response my.corehr.com/pls/uoxrecruit…

Fearlessness. Hear chemistry laureate Frances Arnold share what she looks for in new recruits in her laboratory. Watch the full interview with Arnold: youtube.com/watch?v=OotsRH… #WomeninScience

I'm happy if somewhat shy to share my review on protein PTMs: the history of PTM research, key paradigms, chemical & mechanistic principles, and hypotheses re PTM evolution. I thought a unified narrative like this might be interesting to some readers. onlinelibrary.wiley.com/doi/full/10.10…

Very pleased to see our work finally out in @NAR_Open ADPr-Ub dual modification on nucleic acids! Thank all who are involved in. @MSuskiewicz @vvinz @chatrin_ch @IvanAhelLab link: academic.oup.com/nar/advance-ar…

Happy to see our review on ADP-ribosylation with @IvanAhelLab @JgmRack Evgeniia Prokhorova out today doi.org/10.1016/j.cell…