More info about our new work addressing #spheroid #hypoxia #metabolism #variability #nanosensors is discussed below: x.com/PhotoBioLab/st…

Just about published a paper (buff.ly/3Ww75MT) where I estimate that 8 publishers received USD $5.420 billion in article processing charges. Later, I suggest that these funds could be better spent by the funding agencies setting up their own journals. Thoughts?

Truly #fluorescencefriday with great news that FWO has approved our #Hercules #Mediumsize research infrastructure grant funding #twophoton #flim upgrade UGent Geneeskunde & Gezondheidswetenschappen #theCore Ghent University Research and Ghent Light Microscopy CORE ! Thanks&congrats to all including fliMAGIN3D_DN

Tomorrow, I´m presenting our work of the exciting collaboration between Ruslan Dmitriev  and Optical Sensor Lab on
oxygen sensing nanoparticle in 3D models at the #nanoinbio2024 conference in Guadeloupe! FWO Department of Human Structure and Repair

Aleš Benda of the ALM & EM Node Prague🇨🇿explained the advantages of Deep Learning to improve the complex data analysis of highly multidimensional Fluorescence Lifetime Imaging #FLIM data. Interested in FLIM? Check out the training course in November⤵️
web.natur.cuni.cz/IMCF/FNOB/prog…

Can not studying popular genes cost you your career?!
Check out how the probability of a junior scientist to transition to a principal investigator is lower if the genes they research are less studied. The overall decreasing probability is also really depressing! (from Fig. S10)

Is science a pyramid scheme? The correlation between an author's position in the academic hierarchy and her scientific output per year buff.ly/3xzrqX5

Reposting yesterday's (April 1!) brilliant post.
/s

The academic metabolism in a nutshell

Just presented at #FOM2024 and now available to read: We accelerate FLIM by a factor of 10-100 using single objective light-sheet microscopy and SPAD array detection. This allows us to do 3D (time-lapse) FLIM on organoids and lifetime unmixed imaging.
biorxiv.org/content/10.110…

Did you ever think about getting started with two-photon excitation (TPE) microscopy?
It is a great time and fun🙃🔬
Therefore, we put some of the basics, trends, and pitfalls in fluorescence and TPE microscopy together. Now out in Communications Biology #OpenAccess

nature.com/articles/s4200…

Our📰 in PNAS now on how the ER shaped as nanoscopic pipework powers Ca2+ firing

Explains why ER is shaped as a tubular network🕸️🔬and how ER defects cause neurodegeneration🧠?

It’s all about Ca2+

Led by Cécile 👭👬Koslover Group UCSD Avezov lab

pnas.org/doi/10.1073/pn…
1/4

Congratulations to our Kidney Research UK postdoc, Alessandra Grillo , for her award of a The Company of Biologists Travel Fellowship to visit our colleagues at UGent Michael Vaughan Ruslan Dmitriev  to explore the use of fluorescent sensors in #OrganOnAChip kidney tubules. Excited for the collab!

Attention organelle enthusiasts!!
I am beyond thrilled to introduce Nellie: a fully automated pipeline for organelle segmentation, tracking, and hierarchical feature extraction in 2D/3D live-cell microscopy.

paper: arxiv.org/abs/2403.13214
github: github.com/aelefebv/nellie

🧵1/N

Starting today VIB 'From 3D electron to 3D light microscopy' :) vibconferences.be/events/from-3d… Department of Human Structure and Repair Angela Debruyne talk on real #live3D is on Friday, 22-March, Session #moleculartools !

Go to Google Scholar and look up ‘As an AI language model” -“ChatGPT”’