Mitochondria-ER contact sites regulate calcium transfer, lipid metabolism & organelle dynamics. This movie shows real-time organelle dynamics in the abberior CELL LINE Mito-SNAP / ER-Halo, mitochondria labeled with LIVE590/SNAP, ER with LIVERED/Halo, Hoechst as nuclear counterstain.
#LiveCellImaging
🔬The abberior superresolution workshop continues with great momentum!
Université Laval – CERVO hosts abberior’s first Center of Excellence, and this workshop is the first to be hosted by the Abberior-CERVO Centre for Nanoscopic Bioimaging (CBNAC).
Online registration: www.formpl.us/form/4639089...
🔬 Our Superresolution Workshop at CERVO, co-hosted with Abberior, is underway! Experts worldwide are exploring the latest in STED and MINFLUX nanoscopy through lectures, hands-on sessions, and discussions.
Online registration is still open: www.formpl.us/form/4639089...
The first publication with our #MIRAVA was generated at the Northwestern University! 🚀
Soluble α2δ-1 was found to regulate neural network balance, is reduced in neuropsychiatric disorders, and can restore interneuron function and behavioral deficits in mouse model.
Congratulations to all authors.
3D volume of sparse mutant visual transmedulla neurons in #Drosophila brain, expressing membrane mCherry (🟨STAR RED) together with wild-type neurons labeled with GFP🟦.
We thank Dr. Tzu-Yang Lin and Prof. Chi-Hon Lee from Academia Sinica, Taiwan for the sample.
#FluorescenceFriday
🚨Last call to join our Superresolution Workshop next week!
Explore how MINFLUX and STED push new research frontiers.
Hosted at CERVO Brain Research Centre, featuring talks, hands-on imaging, and a keynote by Nobel Laureate Stefan Hell.
📅Apr13–17, free, register now: abberior.co/workshop_at_...
Introducing abberior #STARdeepRED, a NIR dye enabling 3-color STED imaging with a single 775 nm depletion laser, alongside STAR RED and STAR ORANGE.
#STED #SuperResolution #FluorescenceMicroscopy
Volume of mutant transmedulla neurons expressing membrane mCherry (🟦STAR RED) in adult #Drosophila brain. WT neurons labeled with GFP🟥. Isotropic #3DSTED with #MIRAVAPOLYSCOPE shows disorganized dendrites.
Thanks to Dr. Tzu-Yang Lin and Prof. Chi-Hon Lee (Academia Sinica, Taiwan) for the sample.
Join us April 13–17 (online or in-person) at Université Laval’s CERVO Centre for a free Superresolution Workshop! Learn MINFLUX & STED nanoscopy through lectures, hands-on sessions, and a keynote by Stefan Hell.
Register for the workshop here: abberior.co/workshop_at_...
#CBNAC @CERVO_ULaval
We had an amazing time at #FOM2026 ✨
It was a pleasure to be part of an inspiring event with great conversations and insightful presentations.
#STEDYCON2 was live on site, and we were pleased to welcome so many visitors to our booth—thank you for the exchange!
Wishing everyone a wonderful Easter 🐣🌷
#Drosophila brain stained for transmedulla neurons with abberior STAR RED🟨 and fixed GFP🟦. Compared to confocal imaging, #3DSTED reveals higher resolution, enabling tracing of ultra-fine dendritic structures.
Thanks to Dr. Tzu-Yang Lin and Prof. Chi-Hon Lee (Academia Sinica, Taiwan) for the sample.
⌛️ March is almost over... last chance to win one of the limited edition building-brick models of our MIRAVA POLYSCOPE!🤩Sign up to our newsletter until tomorrow and enter the raffle: link.abberior.rocks/newsletter
#MIRAVAPOLYSCOPE
First day at #FOM2026 is already behind us and what a great start! We’ve had many inspiring conversations at the abberior booth and were excited to connect with so many experts from across the microscopy community.
We’re looking forward to the next days, more great discussions, and meeting you!
Meet our new #STEDYCON2 at #FOM2026 in Stockholm. Bring your own samples and see how STEDYCON2 combines confocal, STED, and lifetime imaging in one flexible system.
Don’t miss the opening talk on the latest advances in #MINFLUX and MINSTED by Stefan W. Hell.
See you at booth 28!
Multiplexing made easy: The new abberior PLEX 5 color Kit enables robust 5-color STED experiments with perfectly matched STAR dyes. Including the new STAR deepRED.
More colors, high quality, simple workflow.
#STEDmicroscopy #multiplexing #fluorescencemicroscopy
⌛️March is almost over... don't miss your chance to win one of the limited edition building-brick models of our MIRAVA POLYSCOPE!🤩
Sign up to our newsletter until end of March and enter the raffle: link.abberior.rocks/newsletter
#MIRAVAPOLYSCOPE
Join us in April for a 🔬Superresolution Workshop, co-hosted by the CERVO Brain Research Centre and abberior.
The workshop is free to attend, but registration is required!
🔗 abberior.co/workshop_at_...
📍 CERVO Brain Research Centre (Quebec City, Canada) and online
📅 April 13th—17th, 2026
#MINFLUX highlight 2025:
www.nature.com/articles/s41...
Reina et. al.
MINFLUX was used to reveal the concurrent diffusion of nicotinic acetylcholine receptors and fluorescent cholesterol using two-color, sub-millisecond single-molecule tracking.
🔬STEDYCON2 in action in Milan!
The first European demo is running at Unitech NOLIMITS at the Università degli Studi di Milano with Alessandro Rossi from Crisel Instruments. Scientists test STEDYCON2 on a Nikon system exploring super-resolution and FLIM imaging.
Thanks to Alex Costa & Miriam Ascagni!
MIRAVA POLYSCOPE is the world’s only all-in-one solution for confocal, MATRIX, STED and MINFLUX microscopy with resolutions from millimeters down to 3 nm.
Learn how MIRAVA can transform your research: abberior.rocks/mirava-polys...
#miravapolyscope #superresolution #minflux #stedmicroscopy
It’s raining… bricks!
Don’t miss the chance to win one of the limited edition building-brick models of our MIRAVA POLYSCOPE!🤩
Sign up to our newsletter until end of March and enter the raffle: link.abberior.rocks/newsletter
#MIRAVAPOLYSCOPE
Very excited to share our new manuscript – published today!
Why are PIEZO1 and PIEZO2 are tuned to transduce different types of mechanical force? I was lucky to work with some extraordinary colleagues to begin to figure out why.
www.nature.com/articles/s41...
An overview of the results below ⬇️ ⬇️
New #MINFLUX paper investigating protein #structuraldynamics:
@ericmulhall.bsky.social @rose-hill.bsky.social @ardemp.bskyverified.social et al used abberior MINFLUX + #DNAPAINT +electrophysiology to investigate ion channel PIEZO2's mechanosensory selectivity.
link.abberior.rocks/piezo2
@scripps.edu
Drosophila larval brain stained for tubulin (🟦abberior STAR RED) and DNA (🟥abberior LIVE 550) and imaged with MATRIX differential detection
#fluorescencefriday
… and eventually like this!
Indeed, it’s a building-brick model of our MIRAVA POLYSCOPE – limited edition! 🤩
Want to have one? Then sign up to our newsletter: link.abberior.rocks/newsletter
Each quarter, we raffle 1 set among all new subscribers!
#MIRAVAPOLYSCOPE
… and later like this:
Well, when building it, it will initially look like this:
From this load of bricks you can build… what exactly?
A load of building bricks – any ideas what you could build with them?
Hint: It has something to do with imaging across scales…
Stay tuned!
