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Microtubules in the embryonic zebrafish eye. Credit to Daniel Castranova. #ZebrafishZunday

#ImageOfTheMonth This image was acquired by J.Angibaud Interdisciplinary Institute for Neuroscience 🧠. Neurons and astrocytes are cultured on a soft polyacrylamide hydrogel. Neurons are labeled for MAP-2 protein (blue), astrocytes for GFAP protein (red) and transfected neurons show GFP expression (green).

The head of a bearded dragon embryo (50 days old), imaged with light sheet fluorescence microscopy 🦎🔬

Check out these nice orange presynapses lining up on the little gray neuroligin dots! 🟠⚪️🟠⚪️

Introducing the new 𝗦𝗔𝗙𝗲 platform with an expanded 230x230 µm² FOV, enabling you to visualize larger samples and gather more data in a single acquisition! Ready to explore the largest FOV on the market? Join us at #SFN2024 to see it in action! #Bioimaging #Microscopy

Section of an embryonic mouse forebrain stained for different neuronal subtype markers #FluorescenceFriday

Waaa 🤩

A Purkinje cell from the Cerebellum labelled with DiI. #FluorescenceFriday I accidentally lopped off the cell body while remounting it, but the branching still looks cool! The image is depicted with Kevin Terretaz's KTZ_bw_Incendio LUT via Christophe Leterrier's NeuroCyto LUTs from ImageJ.

On #FluorescenceFriday we’re highlighting our featured image post with Ciarán Butler-Hallissey Ciarán Butler-Hallissey. Check out our post to find out more about the image and learn about Ciarán’s research: focalplane.biologists.com/2024/09/13/fea… #neurons #UExM #Microscopy

It's been a hot minute since I posted for #FluorescenceFriday but I finally had a chance to take some inaugural images on our mesoSPIM: Clear Images. Big samples. Open source. and that microscope is FABULOUS! Here is a mouse spinal cord cleared in EZClear showing PRG4 expressing cells. Scale bar is 1mm!!

These iPSC-derived motor neuron kinetics really flaunt the dynamic neurite remodeling and outgrowth that occurs in culture🔬 Kinetics taken on a Cytation10 imager US BioTek Laboratories Agilent Technologies Agilent Life Science Inverted Teal LUT by Kevin Terretaz (simply the best!)

Only 20 minutes is needed for anther opening in #Arabidopsis! Timelapse done by a vertical spinning-disk microscopy on flowers attached to plants. Specific desiccation of anther tissue vs. a fully watered filaments is clearly visible.

Y'all, one of the SmallWorld winners is a cowboy tardigrade riding a nematode!! 🪱🤠 Credit: Quinten Geldhof