Repié

[Repié @PierreHener]

Hippocampe / parvalbumine AF647. Thank you @RTMFM1 for 2019 ANF on tissue clearing!

[Pete Bankhead @petebankhead]

❗️Important info hidden in the long thread❗️
Download the new QuPath v0.6.0 *release candidate* for the easiest way to try this out 💻🔬🤖
https://t.co/S6aFegoUVX

[Abberior @Abberior]

We are excited to announce our expanded partnership with @SynapticSystems. They now offer primary ABs with #abberior STAR dyes—labels optimized for STED microscopy, providing precise neuronal protein detection with strong signals and low background fluorescence.
Read more > https://t.co/a3Y4uzS0LB

[France-BioImaging Research Infrastructure @Fr_BioImaging]

Yesterday we enjoyed the 1st FBI Alsace Node meeting organized at the @IGBMC about "How the platforms’ technologies serve your research?"
Great opportunity to meet & discuss with our new node members and their users 👥🔬

[Spirochrome @spirochrome]

FLIM unmixing is a powerful method for Live cell multicolor imaging.
In a recent article from the team led by Ludovic Galas, SPY650-FastAct, SPY620-DNA and SiR700-actin were used to illustrate the principle using a @LeicaMicro FALCON system and the intuitive phasor plot separation of fluorophores.
With a single excitation line, 2 or 3 probes are acquired with a perfect temporal synchronicity. This is the ideal tool to study e.g. organelles interactions.

The movie illustrates a 3 color scheme with SPY620-DNA (nucleus, red hot LUT), SiR700-actin (F-actin, magenta LUT) and LBL-Dye M715 (mitochondria, Yellow LUT)

Article link: https://t.co/8bax7Z899d

[Till Stephan @stephan_till]

After countless requests, we're thrilled to introduce PK Mito Orange FX - a fixable variant of PKMO. PKMO FX allows immunolabeling and CLEM approaches.

Happy to have contributed to this project led by @ZhixingChen2 and Christian Jüngst.
#mitochondria

https://t.co/nC6gX3LBGt

[Interdisciplinary Institute for Neuroscience 🧠 @iins_bordeaux]

🖼️ #TuesdayPicture | What are extended #Purkinje cells?🧠🔬
The answer in pictures!

by @SittewelleM (Team @MAPteam_neuro @letelliermathi1) and thanks the help from the @BIC_Bordeaux

@Neuro_Bordeaux @CNRSAquitaine @CNRSbiologie @CNRS @univbordeaux

⬇️Caption in thread⬇️

[Spencer LaVere Smith @Labrigger]

New analysis software for imaging data in dendrites, spines, and synapses. "Comprehensive software suite for functional analysis and synaptic input mapping of dendritic spines imaged in vivo" Open source. https://t.co/bsVrXCE8l8 Look at that bAP subtraction! (1/5)

[Isope Philippe @IsopePhilippe]

4th Summer School Advanced Tools for Data Analysis in Neuroscience, Sept 12th to Septh 21th, 2024 Analyse data and meet colleagues from european countries. No fees , and accomodation/lunches offered to all students
https://t.co/WvJvFBvVQX

[OpenBehavior @OpenBehavior]

FASTMAP is an #opensource plugin for ImageJ. It allows for registering biological images within brain atlases. It also segments biological labels of interest within brain regions. @DTerstege Read about FASTMAP in this week's post on OpenBehavior:

https://t.co/YicbxW2xYU

[France-BioImaging Research Infrastructure @Fr_BioImaging]

📢Anne-Sophie Mace (@institut_curie) will present the FBIAS, France BioImage Analysts, which aims at building a nation-wide remotely operating core facility for bioimage #analysis service !
https://t.co/xbwPL8pIQD
📆March 26 at 14:00 CET online
Registration down below ⤵️

[FocalPlane @focalplane_jcs]

Our featured image this week is from @t_dhellemmes and @JTeillon. It shows the Relaxin-3 neurons in an adult mouse brain, cleared using Adipoclear and imaged on a light sheet microscope: https://t.co/rFpFMeKlmm

[Nano IJ @nanomicroscopy]

Root Expansion Microscopy (ROOT-ExM): A streamlined super resolution method for plants https://t.co/cYNRtnfsSf

[Martin Weigert (maweigert.bsky.social) @martweig]

Excited to share Spotiflow, our new spot detection method for image-based spatial transcriptomics that facilitates the analysis of large iST images. Lead by @Albertdm99 jointly w @GioeleLaManno @epflSV @EPFL_Imaging @EPFL_BioE https://t.co/UKooR3wV0V
https://t.co/n3ZNfNaMvG

[Godin Juliette @JGodinLab]

We are hiring ! A up to 4-years Engineering position
in Bioinformatics (in single cell data analytics applied to neurosciences) is available in my lab, @IGBMC, Strasbourg, France, please RT.

[Sarah Cohen @cohenlaboratory]

Update: most of the Contact-FP probes are now available on @Addgene. We hope folks will try them out and let us know what you think! https://t.co/BK3kz3XoqU

[Repié @PierreHener]

Dense neuronal network decrowded after expansion microscopy #ExM #MiFoBio2023

[Tom Sheard @TMDSheard]

Are you a microscopist/biologist seeking new ways to visualise subcellular compartments? 🔬Our new paper in @nanoscale_rsc shows how fluorescent esters can give you valuable morphological insights into cellular architecture 🦠https://t.co/wjfxr5ZFXU (1/6)

[Luis AJ Alvarez @L_AJ_Alvarez]

Looking @ synapse structures with Pierre Hener & Yves Lutz with #Expansionmicroscopy on mouse brain tissue slices. For this afternoon #MiFoBio2023 on STELLARIS 8 STED. Wonderful samples and great insights ! 🤩