#fluoresencefriday an image from a cleared brain 🧠 labeled for Choline acetyltransferase by the @mind-western.bsky.social team

A uranium glass shoe ornament - really rare to find one in the UK! #fluoresencefriday

Is Friday the 13th REALLY unlucky if it’s #FluoresenceFriday, and you get trained on an Elyra? I think not???

Signing off the week with some freshly fabricated #OLED devices from Dongyang. 😍😍😍 #fluoresencefriday
@standrewschem.bsky.social @standrewsosc.bsky.social

A pic of Zeiss Zen snapshot of our plasma membrane transgenic line with DR5

Perfect time for #FluoresenceFriday as I’m finallllly back to the scope this week. 🔬🌸🧪
(Progress for #newPI setting up a new lab: a lot is happening everyday, but at the same time nothing is happening lol)

I really want to post for #FluoresenceFriday but my immunos keep failing 😅. My fellow non-model species researchers can commiserate.

No tricks—just #fluorescent treats! 🎃

Captured by Romain Menard in the @mdibl-lmf.bsky.social, this #zebrafish shows its vascular (Fli1a:GFP) and motor neuron (mnx1:mCherry) systems glowing under the microscope.

#fluoresencefriday #microscopymonday #fluorescentproteins #lightsheet 🧪 🤝 🐟🎸

#FluoresenceFriday capturing the beauty and complexity of midline thalamic nuclei - projections to/from & c-fos (teal). Maybe there is more to the midline thalamus than the PVT? 😉 Thanks to postdoc, Stephanie Desrochers, and undergraduate student, Lea Hsu, for capturing! 🤩

blue green and purple blobs show brain cells and processes that bridge tow important brain regions

Summertime #FluoresenceFriday and the colors are exploding (#Jazz in background). the amazing diversity of basolateral #amygdala cells expressing corticotropin-releasing hormone and projecting to the nucleus accumbens @martinowk.bsky.social 🧠🧪#NeurobiologyofStress

This is one my favorite images I’ve ever taken of a freshwater sponge

The depth-coded image (stained for F-actin) beautifully shows the static nature of the choanoderm and the extremely dynamic nature of migratory cells along and around the outer epithelia :)

#FluoresenceFriday #confocal

a part of a mouse brain, delineated by blue dots. red and green dots are two different types of brain cells, which may communicate.

Nope, this isnt Victorian #fashion. For #FluoresenceFriday you're looking at the thalamic paraventricular nucleus 🧠 🧪showing juxtaposition of corticotropin-releasing hormone (CRH) cells (red CRH-IRES-cre x TdTomato) & cells expressing endogenous CRH receptor CRHR1. By terrific Jorge Mendoza

I see a little (green) mouse peeping its head out of its nest. #fluoresencefriday #EndMT

And a pleasant #fluoresencefriday surprise too. Makes all those hours on the confocal worthwhile!

An image of a single lipid nanoparticles, in 2 SMLM channels for surface reagent and targeting ligand and a diffraction-limited image of RNA cargo.

It's #FluoresenceFriday and today we have a a single #LipidNanoParticle ( #LNP ), taken with our #LNPProfiler and #AutoLNP using the #Nanoimager: 2 #SMLM channels #PanLNP in magenta and #ligand in yellow, and diffraction-limited #RNA cargo in cyan.
Read our blog post on LNP ligand: t.co/B5L80p6TfR

One of our new favorite images for #fluoresencefriday. Graduate student, Lindsay Vivona, labeled fibers from each anterior olfactory nucleus hemisphere as they bidirectionally pass through the anterior commissure. #neuroskyence #olfaction

An image of a bobtail squid light organ. The organ is blue, and can be seen as two bean-like lobes on either side. Each lobe has a little appendage sticking out of it and three pores. A messy magenta layer is layered on top of the blue image

A multi-panel image of a bobtail squid light organ. The top left shows the two bean-like lobes on either side of the organ. Each line has two appendages labeled "pa" and "aa". There is green signal which is the bacteria in the organ. Other panels show zoomed in images of one lobe, labeling features on the organ like the spaces where the bacteria reside and the 3D structure of the organ.

Stumbled across the first image I ever took of the hatchling bobtail squid light organ back in 2019.

For #FluoresenceFriday, I wanted to compare it to the last image I took.

As I focus on wrapping up my PhD, it's been affirming to have markers of this slow, yet present progress.

Happy #FluoresenceFriday!

Our #CellLineOfTheWeek is dCas9-KRAB - illuminating the nucleus! 🦀🧫

Our hiPSC lines & plasmids – fluorescently-tagged to illuminate structures – are available to accelerate #OpenScience discovery.

📦 Distributed by @coriellinstitute.bsky.social and @addgene.bsky.social

When the crew is learning to use the new microscope with live cell and structured illumination capabilities 🔬🧫. #FluoresenceFriday

Happy #FluoresenceFriday! Our #CellLineOfTheWeek is CDH1 - illuminating adherens junctions! 🦠🪢🦠

Our stem cell lines & plasmids are available for just the cost of shipping to lower the barriers to scientific discovery.

📦 Distributed by @coriellinstitute.bsky.social and @addgene.bsky.social

Microscopy image in the shape of a heart with purple around the edge and green towards the middle. You can see the formation of germinal centres around the edge (follicular dendritic cells in white, and proliferative B cells in blue), which play an important role in the adaptive immune response. The tissue was also stained for T cells (green), naïve B cells (magenta).

Happy #FluoresenceFriday and happy Valentine's day ❤️ We love the @linterman.bsky.social for sharing this image of a mouse lymph node
📸 Emily Watson

Posting this nice two-photon imagine of GCaMP8f in astrocytes for #fluoresencefriday 🧪

Credit - @astroantho.bsky.social

Fun little former #FluoresenceFriday video of two neuronal progenitors expressing a GRAM-domain based cholesterol sensor image with good old spinning disk. The membrane dance is mesmerizing 🤩 #FluorescentFriday #cellbio #microscopy #sciart #scicomm

They say that when you are a hammer, everything looks like a nail. To me every illuminated tree is a neuron. #neuroskyence #fluoresencefriday

#2 in my favorite science images. Electroporated mitral cells in the olfactory bulb. #neuroskyence #neuroscience #fluoresencefriday

Good day to join Bluesky! #fluoresencefriday