I am more than happy to share our preprint about the evolution of non-visual and visual opsins in fishes, fruit of a collaboration between the Salzburger lab (@fogg_lily , @WSalzburger ) and Fabio Cortesi (@FCortesi). https://t.co/ODU1QJHhO7

@hrheydarian @TeunHuijben We also realised that quantitatively analysing structures without prior knowledge was not just OUR problem. So, we sought to demonstrate SReD's applicability in different experimental contexts, and release it as an #opensource package tailored for biologists!

🚀🔬🦠 #SReD landed on @biorxivpreprint! Detecting repetitive structures in #microscopy data - from neuron scaffolds to viral morphogenesis. GPU-accelerated multiscale pattern mapping in 💻@FijiSc! With @Bruno_MSaraiva @Micromede @guijacquemet @christlet https://t.co/byYjcXJFdq

Single-particle tracking is a method for analyzing motion behaviors of individual proteins and complexes in live cells Check out our latest Primer to find out more: https://t.co/cQT56fk9zg @LucienWeissLab @Francois__Simon @S_vanTeeffelen @med_umontreal @UMontreal @polymtl

Woohoo! "A guide to single particle tracking" is now online! Together with @Francois__Simon & @S_vanTeeffelen, we share our thoughts on going beyond MSD analysis in Nature Reviews Methods Primers. https://t.co/Q2TlYurE4u Free read link: https://t.co/TG3IhJqTOY

What a start for the PGB lab in 2024 with yet another integron story! This time we uncover how toxin-antitoxin cassettes have shaped the evolution of chromosomal integrons, turning them into giant genetic libraries for fast "à la carte" adaptation! https://t.co/Mnz7ZIJjwn

Super proud of this work and it was done with awesome colleagues. Let's now put this tool to good use!

TARDIS (Temporal Analysis of Relative Distances) is now out in @naturemethods! https://t.co/EltaJr1hr9 It redefines single-particle tracking: spt is no longer limited by tracking algorithms - TARDIS offers at least 10x higher throughput, exceptional noise robustness: a 🧵

🚀🤖 AICell Lab is #hiring! We're seeking talented doctoral students & postdocs in #Robotics & #AI for Automated Microscopy Imaging at SciLifeLab, KTH. Join our cutting-edge research group & revolutionize data-driven cell biology!

Parler de #ChatGPT sans parler de #Cybercrime ou de #RGPD, c'est un peu comme parler de #SchiappaPlayboy sans parler des #FondsMarianne. Ou comme parler de #CaptageCO2 sans parler de #GreenWashing. C'est amplifier la désinformation des industries par #DistractionStratégique.

Congratulations to the one and only @acoli12 ! The #CytoMorphoLab is happy (and proud) to count a new great member. Hold on the comet, she gonna fly high !

Video shows msfGFP-PBP1b single-particle tracking. @Francois__Simon, @jytinevez & @S_vanTeeffelen @UMontreal present ExTrack, a tool to characterize single molecules from single-particle tracking https://t.co/yAb7XN9Slg #Biophysics #Membrane

New #TrackMate extension for track analysis and kinetics studies: **TrackMate-ExTrack**. It is a port in TrackMate of the recent work by us (mainly @S_vanTeeffelen and @Francois__Simon) best escribed by Sven here: https://t.co/nWc1M0kyIt

#ExTrack is especially relevant in the harder cases when displacements are small compared to localization error and state transitions quite frequent. It can perform parameter fit, probabilistic state annotation, position refinement, and state duration histograms.

#ExTrack is available in python and Fiji through the plugin #TrackMate with the help of @jytinevez. See the github wiki to get started with #ExTrack: https://t.co/97xKMIiYgs Hopefully this tool will help the #SPT community.

Supervised by @S_vanTeeffelen, I am happy to share the tool we have developed called #ExTrack. It allows to determine transition rates and diffusion of particles in multiple states from noizy single-particle tracks. https://t.co/uAYWVHlirh