FOUR CARDINAL RULES OF STATISTICS 📈📊📉 A thread 1/🧵

3D printing to the rescue

📷📸 #ScienceExposed Top 20 is back! To vote for Simon Latour's image [Cancer cells swimming in a microscopic paper forest] for the 2022 People’s Choice Award 🏆: Click here ▶️ tinyurl.com/5779p9c9 . University of Toronto Simon Latour mcguiganlab

Honored and happy to be a #SACB2022 scholar. Fantastic talks and posters on systems biology approaches to cancer!

Clickbait title though. If there is anything I learned at #SACB2022 , it's that elephants do in fact get cancer

Congrats to the awesome Nancy T Li, PhD on getting this cool platform out there!

Happy to share the last part of my PhD project on building an engineered 3D model of #PDAC #organoids. Wouldn't have been possible with the not-so-bad researcher Dr. Simon Latour (jk, he's pretty good). Thanks to everyone who helped with this work!

Happy to have shared this special moment with my family, my scientific mentor, and my lab friends. Toronto was home for 5 years and I always enjoy coming back for the weather. Now back to postdoc life!

Need to assess many experimental conditions with organoids? Put them in paper! Congrats to all authors!

Endometriosis/ endometrium -omics, pain mechanisms, and more at our first ever Gynecology Research and Development Workshop at MIT on Sept 22 (virtual option). We have an amazing line up and there will be focus on future challenges! cgr.mit.edu/oef/

THE epic debate throughout science's existence has been: does discovery come from data or hypothesis? The answer is both, of course! I’ve made a career out of working mostly hypothesis-free so – contrary to what some say – this is absolutely possible, not boring, nor cheating🧵⬇️

Very excited to share our new pre-print ‘SIGNAL-seq: Multimodal Single-cell Inter- and Intra-cellular Signalling Analysis’ led by James Opzoomer. (1/11) biorxiv.org/content/10.110…

#UofTEngineering professor Alison McGuigan has been named the Canada Research Chair in Tissue Engineering and Disease Modelling. She is advancing research into building artificial tumours to help researchers better understand cell behaviour. Read more: uofteng.ca/kc0Rdd

One of the remarkable things for me about NeurIPS this year was how quickly the entire AI for Biology community has gone all-in on biological foundation models. Virtual cell models will enable us to predict how cell states will change in response to chemical perturbations.