#PublicationAlert #FluorescenceTuesday Our paper (see the tweet below) has been published in @LightSciAppl ! Enjoy!

Happy to share the news that our collaboration with @bert_devriendt has resulted in a paper on #mRNAvaccine #LNP development, where we used #FLIM and #organoids with controlled polarity to trace & validate mRNA successful delivery! Long live #FLIM! @microscopyUGent @FlImagin3_DN

Check out our new resource paper @CellStemCell, where we present a brain organoid atlas of human neurodevelopmental disorders. Surprising was that nearly all patients had abnormal organoids. The challenge was aligning defects to clinical. https://t.co/0YtGTd4Dwb

Nature research paper: Spatial metabolic gradients in the liver and small intestine https://t.co/QwgPMepyTt

The Lipid Brain Atlas is out now! If you think lipids are boring and membranes are all the same, prepare to be surprised. Led by Luca Fusar Bassini with Gioele La Manno's lab, we mapped membrane lipids in the mouse brain at high resolution. https://t.co/q3AeqGsIS1

This #FluorescenceFriday we showcase live 3D #autofluorescence image of iPSC-derived human neural organoids, 21 'days old': multiple #neuralrosette presence &3D structures are evident in cyan (NADH) and pseudocolor #FLIM images. Taken together with @Norevanloon @microscopyUGent

A #phasorplot is a graphical representation of #FLIM that makes FLIM data easier to interpret, compare, and communicate. Learn more on #FLIMphasors joining our free Webinar hosted by Alex Vallmitjana from #GSLab on October 15th at 4 PM CET – 7AM PST 👉 https://t.co/B9bGuyXaZU

Hey #FLIM colleagues, who is planning to attend #BPS2026? @PhotoBioLab is considering :)

#FluorescenceFriday today we have a snapshot of cell proliferation (S phase labelling by Hoechst, BrdU& #phasorFLIM) imaging in live mouse intestinal organoids. Different colour nuclei indicate different cell cycle stage with #NADH & lumen AF! #workinprogress @hang_zhouFLIM

Press release @EurekAlert: a bit shorter read about our recent study on #FLIM #organoids #nanoplastics

Main highlights of our new study: #nanoplastics #FLIM #epithelialpolarity reversion and live microscopy of #gut_organoids #phasorFLIM quantification & 'barcoding' and very cool #mitochondria mobility and polarization @GgigGhent @FlImagin3_DN @organoidscience @napari_imaging

Excited to share our latest preprint led by Kelli Johnson- Mapping mesenchymal diversity in the developing human intestine and organoids! We defined 5 mesenchymal populations occupying discrete anatomical locations within the human intestine. https://t.co/rzSfsdGhjO

@SVergult Official advert with more info here:

#JobAlert Excited about organoids, FLIM and iPSC-based 3D models recapitulating interactions of disease-associated microglia with neural cells in AD and MS as a postdoc at Ghent University? Apply with CV and 2 refs via email 'project MINDFUL' to me & @SVergult before 31-Aug!

Congrats with another milestone @JalinkLab! Looking forward to read it @FlImagin3_DN

Cancer cells turbocharge themselves by stealing the energy-producing units from neurons in tumours https://t.co/j0nOSbwCzJ

#FluorescenceFriday an image from our project on #FLIM-based assessment of #nanoplastic pollution with polarity-reverted small #intestinal #organoids. Immunofluorescence of ZO-1 (cyan) together with F-actin (green) and NPs (magenta). With @hang_zhouFLIM @FlImagin3_DN Stay safe!

and a bit of fun:

#FluorescenceFriday the 3rd @FlImagin3_DN consortium in Milan! ~Halfway of PhD so many exciting directions in #FLIM #cancermechanics #diatoms #organoids #SPIM #FRET #heartrepair and more with @drmgmonaghan @Femtoscopist @MicroSensing @hang_zhouFLIM @melissa_skala @chiarellast ..

Woah! Such an important study published in Nature today! Quick thread with some of their key figures! 🧵