@kentmochizuki.bsky.social肝臓の組織構造です。
過去の研究でラットから採取したHE染色切片像を倍率ごとに並べています。
肝臓に運ばれた血液は種々の細胞の働きにより老廃物の除去、解毒や代謝などのお手入れを受けます。
その構造・機能美に感心します。
Zoom into the liver from the slice to cells, in a HE-stained rat liver thin section.
Thickness: 3μm (paraffin)
🔬Olympus, BX51 (4x, 10x, 20x, 40x)
@mycologycorner.bsky.socialPaxillus obscurisporus
#fungifriends #microscopy #mycology #mushroomsky #shroomscrolling
@thepurplelilac.bsky.socialHappy Fluorescent Friday!
Under the microscope:
Green (β3-tubulin): Retinal ganglion cells cytoskeleton
Blue (DAPI): Cell nuclei
A simple yet beautiful look at retinal cellular architecture.
#FluorescentFriday #Microscopy #Neuroscience #RGC #Sciart #ScienceCommunication #Stemcells #Organoids
@mycologycorner.bsky.socialParasola kuehneri
#fungifriends #microscopy #fungifriday #mushroomsky #shroomscrolling
@mariescopy.bsky.socialThe #microscopy community has serious concerns about this year’s winning #NikonSmallWorld in Motion video.
@healthcare.nikon.com, could you please comment on the raw data and acquisition process to clarify whether AI was used? Transparency would help maintain confidence in the competition.
@rt-superes.bsky.socialLive lattice-SIM reveals lysosome repair as a spatial event: DFCP1-positive ER microdomains dynamically assemble around damaged lysosomes and help concentrate lipid-transfer machinery for repair.
@astrobrian.bsky.socialWhen a laser beam hits an electron beam
#microscopy #ElectronMicroscopy #cryoEM #cryoET #microSky #scienceSky
@museumofscience.bsky.socialMost people's morning starts with a cup of coffee. Ours started with a cup of coffee under a microscope. ☕🔬
Our friend Chloé Savard, also known as tardibabe on Instagram, zoomed in and found a whole universe brewing in there.
@so-lets-kilab70.bsky.socialYesterday Cherry Huang gave us a friendly reminder at our Seminar Series: your fixative is not an innocent bystander
She did an amazing job “schooling” us how crosslinking chemistry alters biosensor localization in #chromatin #microscopy
Great science, beautiful slides & impressive #scicomm skill
@mycologycorner.bsky.socialHortiboletus bubalinus
#fungifriends #microscopy #mushroomsky #shroomscrolling
@healthcare.nikon.com🦠 Celebrating #InternationalMicroorganismDay!
Don't miss the 2026 Nikon Small World in Motion 2nd Place winner: "A tiny roundworm and a single-celled Dileptus explore their microscopic world" by Nguyen Nam Nhat.
🎥 Watch the full video: https://bit.ly/3T6TWKO
@kill-bait.bsky.socialNikon Small World in Motion 2026 Winners Reveal Hidden Microscopic Life
🤖 IA: It's not clickbait ✅
👥 Users: It's not clickbait ✅
#microscopy #nikonsmallworld #scientificimaging
👇👇👇
@uniofnomi.bsky.socialHere's a scanning electron #microscope image of an avian (bird) #schistosome larva penetrating human skin and causing "swimmer's itch."
Check out all the spikes decorating its forked tail! OUCH!!
(Photo credit: Curtis L Blankespoor)
@microscopy.confocalnl.comGreat to be at @embo.org #EMBOCLEM! 🔬
Today, attendees used our AION confocal microscope for a CLEM experiment, enabling rapid four-color imaging and direct correlation of fluorescence data with EM images.
Great to see AION in action!
@leah.myatproto.social@washuengineers.bsky.social 's Song Hu has developed an amazing microscopy tool for #neuroscience research. Put it to work, #ScienceSky 🧪#NeuroSky 🧠 #Microscopy 🔬
source.washu.edu/2026/09/oxyg...
@visitech.bsky.socialWe’re at the Francis Crick Institute this week, supporting the Multi-dimensional Imaging and Analysis microscopy training course.
If you’re attending, come over and say hi, and find out more about fast, live-cell super-resolution imaging with the VT-iSIM.
@moritz-negwer.mstdn.science.ap.brid.gyThursday 24th September, 11:30 - 17:00 at de Exponent, ground floor of the research tower of the RIMLS Nijmegen: https://maps.app.goo.gl/mE3ZjbEz71BD54nu7
@brukercorporation.bsky.social"A scientist is like an artist" - a quote from Professor Satoshi Kawata that resonates throughout the integration of #Nanophoton into Bruker.
In our video interview, the Nanophoton founder shares his vision for the future of #microscopy.
@aqlm.bsky.socialMistake #4: Assuming the Label Is Biologically Neutral
#QuantumDots are physically large probes. Their size can alter receptor mobility or binding behavior, meaning the #fluorescent label itself may perturb the #biological process being measured.
#MBL 🌊 #AQLM 🧫 #Microscopy 🔬 #BioImaging 🧬
@aqlm.bsky.socialMistake #1: #Imaging too slowly.
If frame rates are too low, rapidly moving particles appear to “jump” between positions, distorting trajectory reconstruction and diffusion analysis.
#ScopeTheScope 🔬 #MBL 🌊 #AQLM 🧫 #Microscopy 🔬 #BioImaging 🧬 #Fluorescence🪼#WoodsHole 🦞 #Optics 💡 #LightMicroscopy 🧪