RT @WiringTheBrain: A lot of molecular and cell and developmental biology is concerned with figuring out the "functions" of various protein….

It was fantastic having the opportunity to speak at Worldcon 2024 about cancer, and its role as a metaphor in science fiction yesterday. Such a good experiemce - great audience and brilliant questions and discussions. @UofGlasgow @CRUK_SI #WorldCon

RT @LabEdwards: @Molly_McKenzie2 has just published her first first-author publication! So much to know about NFkB signaling in this review….

Only possible through amazing bioinf from Nicolas Poulain, next-level deep ohenotyping from Leah Officer-Jones and team (@AkoyaBio tech), and superb whole-transcriptome @nanostringtech GeoMx data from the @nigeljamieson group. FFPE rules! @UofGlasgow @CRUK_SI @unibern.

Okay so we’re finally getting a handle on how biological plasticity underpins and may cause some of the most deadly morphologies in lung adenocarcinoma, thanks to Hannah Williams’ awesome preprint:.

The last few days have been superb. It's been a real privilege to co-lead the TRANSLACORE biobanking training school with Neşe Atabey. The Izmir Biomedicine and Genome Centre have been amazing hosts. Three talks from the world of Scottish tissue research!

RT @UofGGovRel: Great to see @LeQuesneLab recognised for his teams work on using AI to ‘learn the language of cancer’ and provide faster di….

RT @artsinyc: Curious about AI's potential in Pathology? Discover how self-supervised AI autonomously learns histologic patterns: no need f….

RT @keyuan1: So glad to see HPL out. An incredible collaboration with @artsinyc and @LeQuesneLab. Amazing work from @Adalberto_Cq, Nicolas….

RT @artsinyc: A fantastic collaboration with @Adalberto_Cq, Nicolas Coudray, @LeQuesneLab, @keyuan1, and more! @glasgowunisrc @nyugrossman.

RT @mediaindiagroup: A computer system harnessing #AI to decipher the language of #cancer accurately detects disease signs and offers relia….

RT @UofGlasgow: A new AI-powered system developed by researchers at @GlasgowCS, @UofGCancerSci and @nyulangone can spot signs of cancer in….

Adal, Nicolas and the team have really changed the game with this study. Interpretable quantitative and immediately useful AI-pathology is here. The implications for both diagnostics and research are huge. #UoG #NYU.

I’m so very proud of this work, with my CS colleagues in Glasgow and NYU. The pathology implications are HUGE. Self-learning AI for fully interpretable democratised quantitative H&E image analysis and accurate prognostication.

Crucial conclusions from MARS-2. Radical mesothelioma surgery does not extend life. #WCLC

RT @keyuan1: What AI can teach us about the nitty-gritty of patterns in pathology slides? We show that self-supervised learning can identif….

RT @artsinyc: 🔬Our latest-preprint: self-supervised AI automating histologic pattern discovery and enhancing collaboration with pathologist….

Ermagerd. Xenium is alive. Straight out of the box it's UMAPing the hell out of control cells with an optimisation panel. Turns out there's diverse and interesting cell states even in tissue culture. Can't wait to start tackling real questions about tumour function. #10X #Xenium

I mean last week. LAST WEEK.

We had a day of team-building next week. Note to self- axes to be left outside the door in lab meetings.