We're recruiting! Please spread the word. We're excited for someone to join our team with an interest in biochemistry and/or cell biology. The project will focus on cellular redox reactions that locally activate switches in protein complexes to drive signalling.
"This morning it's all about what's underneath the land."
@BethanFManley was up at the crack of dawn to speak with @Davedoes_ for @BBCCambs about the mycorrhizal fungi beneath our feet and her work with @cisl_cambridge.
You can hear her at 1h40m https://t.co/Zms7RjxIH0
Delighted that Hayley Sharpe @Sharpe_Lab has been awarded tenure. Hayley has proved to be a great colleague, citizen, mentor, supervisor and friend to many. But above all she is a brilliant scientist! Congratulations to my lab-mate! https://t.co/WxbwN1MVNW
Very excited to share RoseTTAFold All-Atom and RFdiffusion All-Atom, methods for structure prediction and design of biomolecular assemblies! https://t.co/iG6rD0LHsi 1/n
Very excited to share RoseTTAFold All-Atom and RFdiffusion All-Atom, methods for structure prediction and design of biomolecular assemblies! https://t.co/iG6rD0LHsi 1/n
Delighted to share my first first-author paper in @ScienceAdvances 🥳We determined the structure of H2O2-activated ATM bound to p53 peptide substrate and suggest a mechanism for ATM activation by oxidative stress.🧵(1/11)
https://t.co/5sxL7nP1O4
@MicrobiomDigest @DrPfAnnieDanny Shockingly (sarcasm), Prof Danny Annie's picture on both twitter and 'college' website is a stock image found by googling 'female professor' 🙃
Thank you again to my supervisors @Sharpe_Lab@JanetDeaneLab for all their support (I still remember pitching this in lab meeting..)
And thank you to great co-authors @katemulholland4 Tiff Lai @AtomicVirology for all their valuable contributions to a much-improved manuscript! 😃
Why bother keeping an inactive enzymatic domain?
Read the updated version of our preprint, now published @eLife!
We show that the pseudophosphatase (D2) domain of the receptor PTPRK controls substrate recruitment and specificity...🧵
https://t.co/1vLOXJ3onA
Key after-thoughts: Can the modular domains of receptor PTPs bind >1 substrate simultaneously?
Do PTPs have roles outside basic catalysis: As binding is mediated by a non-enzymatic domain, independent of substrate phosphorylation, can PTPs act as cellular scaffolds/signal hubs?