10 flies. 60 legs. Zero hand-labeled training poses. 🪰
SIESTA turns plain-English descriptions of fly body parts into AI labels, then trains SLEAP to follow the action.
Our new preprint is out. Give your clicking finger a break!
https://t.co/FiVaklyicz
@tararaam_ I have had some success with mice and am working more on this now. We are combining with appearance models so that even when the mice get jumbled up in a group, it can tell them apart afterwards.
10 flies. 60 legs. Zero hand-labeled training poses. 🪰
SIESTA turns plain-English descriptions of fly body parts into AI labels, then trains SLEAP to follow the action.
Our new preprint is out. Give your clicking finger a break!
https://t.co/FiVaklyicz
Check out our new paper which describes large scale 3D simulations of M xanthus colonies. We recapitulate many features from experiments and learn some new things as well! https://t.co/rZBOb8U9Jd
Paper now out in PNAS! Our colloidal whole-cell simulations + in vivo 3D particle tracking reveal how macromolecular interactions and confinement determine dynamics/localization in E. coli. Congrats @AlpSunol & @dsvalverdem! https://t.co/jk1UzowgwT
The Princeton Brass Band is off to the National Championships again, but we need your help! Running a world-class band, from music and instruments to rehearsal space and free concerts to our education and outreach, is not cheap. Please consider donating!
https://t.co/7emLdy6Xp1
Excited to see this fantastic study in print. The Physics of Zebrafish fighting in gory detail. In time for Halloween. https://t.co/gzdOnzOo9Y @greg_stephens
Interested in helping us making big things happen here at Princeton? The Office of the Dean for Research is looking to hire at a senior level in research development. This is a great opportunity to work with fantastic faculty to drive important projects! https://t.co/Y9GXJ0tLP6
So excited to announce our new method for multiplexed RNA imaging in bacterial cells: bacterial-MERFISH! A huge congratulations to the team of @AriSarfatis, Yuanyou Wang, and Nana Twumasi-Ankrah! Check out the following thread or our bioRxiv (https://t.co/qESwAKeWpO) 1/12
Excited to share my lab’s first preprint! We found that increasing DNA binding by type IV pili in an Acinetobacter pathogen can boost its natural transformation rates by ~100-fold, demonstrating that DNA binding is rate-limiting for natural transformation. https://t.co/yagYpLeV0w