Happy to share our recent work quantifying ‘just-right’ APC inactivation in colorectal cancer initiation:
https://t.co/K22JYsdP3V
Excellent collaborative teamwork, led by the fantastic Meritxell Brunet Guasch.
Want to work on cutting edge theoretical research to advance our mechanistic understanding of biological processes? Do you enjoy applying ideas from statistical physics and soft matter? I am hiring a 2-year PostDoc at Uni. of Edinburgh. DL: 15/04/2025 https://t.co/CWuu51j13d
I have an opening for a postdoctoral research associate in my group at @EdinburghUni to develop new mathematical models of bursty gene expression and signal transduction and fit these to eukaryotic data. Deadline 24th March. https://t.co/7CebLiO8xJ
#PhD opportunity: fully funded PhD position at the University of Edinburgh on 'Modelling stochastic emergence of antibiotic resistance in bacterial populations' with @HelenKAlexander and myself.
For more info on the project see here: https://t.co/mThgiWV1Oh or get in touch!
New paper! Maximally dysregulating APC should provide the maximal selective advantage to colorectal cancer cells? Doesn't appear so.
We quantify 'just-right' APC inactivation, at scale, in a variety of contexts, in our preprint:
https://t.co/jolh5RoIBC
Happy to share that I'll be joining the School of Maths @EdinUniMaths as a Chancellor's fellow (~tenure track assistant prof).
Will be continuing to apply probabilistic thinking to genomics. Very grateful for all support and encouragement I've received.
Come say hi if in town!
20 outstanding early career researchers @ColSciEng have received @EdinburghUni prestigious Chancellor’s Fellowships and will begin a 5-year tenure track that invests in researchers delivering cutting-edge interdisciplinary research and innovation https://t.co/nP6BwIvjCP
Highly creative, elegant analysis providing deep insights on DNA damage induced mutagenesis. Please do give it a read. Congrats to @craigandersn, @odom_lab, @S_J_Aitken, @mst_paralogue. It was a privilege to contribute.
🎉New paper🎉Introducing #StrandInteractions, the sequel to #LesionSegregation, published today @Nature
Strand-resolved mutagenicity of DNA damage and repair https://t.co/VTP3h139Q4
Here’s what we discovered about (a)symmetry in replication, transcription & #mutagenicNER
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[https://t.co/HewhGoAiKF] Cancer biomarker discovery is historically mutation-centric, often neglecting the key role of genomics instability. Recently, we asked ourselves how do mutations and copy number alterations (CNAs) determine prognosis and tropism? 😋😋1/n
This work has been a fantastic collaboration with Martin Taylor (@mst_paralogue ), Craig Anderson (@craigandersn ), Sarah Aitken (@S_J_Aitken ) and Duncan Odom (@odom_lab ). We'd welcome any comments or thoughts.
What happens when RNA polymerases encounters DNA damage during transcription? Excited to see our work out on quantifying the outcomes of such encounters in @PNASNews https://t.co/B1lAf3YpXo 1/n
The observed 5' bias in repair efficiency is a consequence of polymerase not restarting, but this pattern wouldn't exist for lower damage burdens. High damage mutation patterns != linear amplification of low damage mutation patterns.