A video of Filoreta ramosa, a fascinating protist that can form multinucleate networks, for #MicroscopyMonday.
Imaged by Erandi Sachinthanie, Andrew Kennard, Amaranta Kahn, Jason Bear, Annie Rowe, and John Spear (@spearmicrobe.bsky.social) from the 2026 Microbial Diversity course.
Imaged by Erandi Sachinthanie, Andrew Kennard, Amaranta Kahn, Jason Bear, Annie Rowe, and John Spear (@spearmicrobe.bsky.social) from the 2026 Microbial Diversity course.
October 12, 2026 at 3:14 PM
A video of Filoreta ramosa, a fascinating protist that can form multinucleate networks, for #MicroscopyMonday.
Imaged by Erandi Sachinthanie, Andrew Kennard, Amaranta Kahn, Jason Bear, Annie Rowe, and John Spear (@spearmicrobe.bsky.social) from the 2026 Microbial Diversity course.
Imaged by Erandi Sachinthanie, Andrew Kennard, Amaranta Kahn, Jason Bear, Annie Rowe, and John Spear (@spearmicrobe.bsky.social) from the 2026 Microbial Diversity course.
Happy #MicroscopyMonday everyone!🔬🌞 Today's photo is a special one and it comes from Matt!✨🧪 The image shows the cochlea of an 18 day old mouse stained with DAPI (in 💙) and with GFP delivered via round window injection of an AAV (in 💚)
#Neuroskyence #HearingResearch
#Neuroskyence #HearingResearch
October 12, 2026 at 10:59 AM
Happy #MicroscopyMonday everyone!🔬🌞 Today's photo is a special one and it comes from Matt!✨🧪 The image shows the cochlea of an 18 day old mouse stained with DAPI (in 💙) and with GFP delivered via round window injection of an AAV (in 💚)
#Neuroskyence #HearingResearch
#Neuroskyence #HearingResearch
Today's image for #MicroscopyMonday and our new banner was taken by Mengshu Wang, PhD student in DRN and in the Sheffield Hearing Group @hearingshef.bsky.social
The image shows auditory hair cells in the cochlea, including rootlets (green) and hair bundles (red).
The image shows auditory hair cells in the cochlea, including rootlets (green) and hair bundles (red).
October 12, 2026 at 9:15 AM
Today's image for #MicroscopyMonday and our new banner was taken by Mengshu Wang, PhD student in DRN and in the Sheffield Hearing Group @hearingshef.bsky.social
The image shows auditory hair cells in the cochlea, including rootlets (green) and hair bundles (red).
The image shows auditory hair cells in the cochlea, including rootlets (green) and hair bundles (red).
#microscopymonday #microscopycommunity #I2kxBINA2026 - Image contest winners!
🥇 Jackson Roberts, Harvard University
🥈 Wen Lu, Northwestern University Feinberg School of Medicine
🥉 Claudia Rohr, Medical College of Wisconsin
buff.ly/Fm6U9QI
🥇 Jackson Roberts, Harvard University
🥈 Wen Lu, Northwestern University Feinberg School of Medicine
🥉 Claudia Rohr, Medical College of Wisconsin
buff.ly/Fm6U9QI
October 12, 2026 at 4:05 PM
#microscopymonday #microscopycommunity #I2kxBINA2026 - Image contest winners!
🥇 Jackson Roberts, Harvard University
🥈 Wen Lu, Northwestern University Feinberg School of Medicine
🥉 Claudia Rohr, Medical College of Wisconsin
buff.ly/Fm6U9QI
🥇 Jackson Roberts, Harvard University
🥈 Wen Lu, Northwestern University Feinberg School of Medicine
🥉 Claudia Rohr, Medical College of Wisconsin
buff.ly/Fm6U9QI
Since this year #NobelPrize is for #optogenetics, here is one of my favorite systems, the optoRas. Originally designed for neutrophils, I adapted this to my embryonic myeloid cells! I use it to induce a new protrusion and drives this EM cell to go backward. #MicroscopyMonday
October 5, 2026 at 8:34 PM
Since this year #NobelPrize is for #optogenetics, here is one of my favorite systems, the optoRas. Originally designed for neutrophils, I adapted this to my embryonic myeloid cells! I use it to induce a new protrusion and drives this EM cell to go backward. #MicroscopyMonday
Mouse retina optical section labeled with a polySia marker (green), calretinin (magenta), and a nuclear label (blue). #MicroscopyMonday
October 5, 2026 at 11:46 PM
Mouse retina optical section labeled with a polySia marker (green), calretinin (magenta), and a nuclear label (blue). #MicroscopyMonday
This #MicroscopyMonday shows the early formation of a small colony of corals from the Hawaiian Montipora capitata coral. Coral polyps have autofluorescence by the expression of the Green Fluorescent Protein. 🪸 (Gibson Lab)
October 5, 2026 at 1:10 PM
This #MicroscopyMonday shows the early formation of a small colony of corals from the Hawaiian Montipora capitata coral. Coral polyps have autofluorescence by the expression of the Green Fluorescent Protein. 🪸 (Gibson Lab)
The level of satire in this video 😂 lnkd.in/p/emb4Ypxt
#microscopymonday | Wen Lu
The Unicorn Is Still Waiting 🦄🔬 #MicroscopyMonday
I created this cilia-“inspired” fluorescent unicorn last week, hoping Nikon Small World’s ongoing review would bring clarity and restore confidence i...
lnkd.in
October 5, 2026 at 8:21 AM
The level of satire in this video 😂 lnkd.in/p/emb4Ypxt
Happy #MicroscopyMonday!
Check out this free-swimming cercaria larva of a local parasitic flatworm Lepocreadium setiferoides, which infects mud snails.
Imaged and sampled by Ana Corum and Yuxuan Xu in the Rawlinson Lab.
Check out this free-swimming cercaria larva of a local parasitic flatworm Lepocreadium setiferoides, which infects mud snails.
Imaged and sampled by Ana Corum and Yuxuan Xu in the Rawlinson Lab.
October 5, 2026 at 2:10 PM
Happy #MicroscopyMonday!
Check out this free-swimming cercaria larva of a local parasitic flatworm Lepocreadium setiferoides, which infects mud snails.
Imaged and sampled by Ana Corum and Yuxuan Xu in the Rawlinson Lab.
Check out this free-swimming cercaria larva of a local parasitic flatworm Lepocreadium setiferoides, which infects mud snails.
Imaged and sampled by Ana Corum and Yuxuan Xu in the Rawlinson Lab.
DRN member Sarah Hool won first prize in the Jarema Malicki imaging competition at the School of Biosciences Annual Research Symposium for this fabulous image of the cochlea!
#MicroscopyMonday
#MicroscopyMonday
Happy #MicroscopyMonday everyone!
This award-winning image is from Sarah and features the apical turn of a neonatal mouse cochlea. 🐭👂 AAV-GFP is shown in the green channel 💚 while phalloidin dye shows the actin-based structures of the cochlea in magenta 💜
#Neuroskyence #HearingResearch
This award-winning image is from Sarah and features the apical turn of a neonatal mouse cochlea. 🐭👂 AAV-GFP is shown in the green channel 💚 while phalloidin dye shows the actin-based structures of the cochlea in magenta 💜
#Neuroskyence #HearingResearch
October 5, 2026 at 3:36 PM
DRN member Sarah Hool won first prize in the Jarema Malicki imaging competition at the School of Biosciences Annual Research Symposium for this fabulous image of the cochlea!
#MicroscopyMonday
#MicroscopyMonday
How long does it takes to 'review' a film?
Just give us the raw data already.
We talk so much about data sharing and open access...
#MicroscopyMonday
Just give us the raw data already.
We talk so much about data sharing and open access...
#MicroscopyMonday
October 5, 2026 at 9:45 PM
How long does it takes to 'review' a film?
Just give us the raw data already.
We talk so much about data sharing and open access...
#MicroscopyMonday
Just give us the raw data already.
We talk so much about data sharing and open access...
#MicroscopyMonday
🔬A slightly late #MicroscopyMonday, but we have a good excuse: we’re at BioImaging North America in Madison this week! #BINA2026
If you’re here, come find the NESM crowd and say hi! (Harry not pictured due to being incredibly delayed by the nor'easter ... 🌧️)
#Microscopy #BioImaging #NESM
If you’re here, come find the NESM crowd and say hi! (Harry not pictured due to being incredibly delayed by the nor'easter ... 🌧️)
#Microscopy #BioImaging #NESM
September 30, 2026 at 12:31 PM
🔬A slightly late #MicroscopyMonday, but we have a good excuse: we’re at BioImaging North America in Madison this week! #BINA2026
If you’re here, come find the NESM crowd and say hi! (Harry not pictured due to being incredibly delayed by the nor'easter ... 🌧️)
#Microscopy #BioImaging #NESM
If you’re here, come find the NESM crowd and say hi! (Harry not pictured due to being incredibly delayed by the nor'easter ... 🌧️)
#Microscopy #BioImaging #NESM
Marine copepod legs for #MicroscopyMonday!
Exoskeleton (blue) stained with WGA and nuceli (pink-orange) stained with Hoescht.
This image was placed #20 in Nikon’s 2025 Small World photomicrography competition.
Imaged by Zachary Sanchez.
Exoskeleton (blue) stained with WGA and nuceli (pink-orange) stained with Hoescht.
This image was placed #20 in Nikon’s 2025 Small World photomicrography competition.
Imaged by Zachary Sanchez.
September 28, 2026 at 2:38 PM
Marine copepod legs for #MicroscopyMonday!
Exoskeleton (blue) stained with WGA and nuceli (pink-orange) stained with Hoescht.
This image was placed #20 in Nikon’s 2025 Small World photomicrography competition.
Imaged by Zachary Sanchez.
Exoskeleton (blue) stained with WGA and nuceli (pink-orange) stained with Hoescht.
This image was placed #20 in Nikon’s 2025 Small World photomicrography competition.
Imaged by Zachary Sanchez.
This week's #MicroscopyMonday is a side view of #zebrafish sensory organs, called neuromasts. These organs detect water flow based on the deflection of the protruding hair bundles (stereocilia). @daniomuench.bsky.social (Piotrowski
Lab)
Lab)
September 28, 2026 at 5:32 PM
This week's #MicroscopyMonday is a side view of #zebrafish sensory organs, called neuromasts. These organs detect water flow based on the deflection of the protruding hair bundles (stereocilia). @daniomuench.bsky.social (Piotrowski
Lab)
Lab)
Is it really that easy to get light sheet data from a 12 well plate?For #MicroscopyMonday, we thought we’d let #DALISPIM co-creator Nick Evans walk you through how our open-top light sheet microscope works, from plating samples to acquiring high-res 3D data. Learn more: bit.ly/49pqjKd
September 28, 2026 at 2:33 PM
Is it really that easy to get light sheet data from a 12 well plate?For #MicroscopyMonday, we thought we’d let #DALISPIM co-creator Nick Evans walk you through how our open-top light sheet microscope works, from plating samples to acquiring high-res 3D data. Learn more: bit.ly/49pqjKd
Happy #MicroscopyMonday.
I found this very pretty COS-7 cell expressing LifeAct-mCherry from my old data. Look at how dense its actin network is. Also, many of the moving dots are endosomal to seemingly push them through the cytoplasm, similar to actin comet tail, but just a lot shorter.
I found this very pretty COS-7 cell expressing LifeAct-mCherry from my old data. Look at how dense its actin network is. Also, many of the moving dots are endosomal to seemingly push them through the cytoplasm, similar to actin comet tail, but just a lot shorter.
September 21, 2026 at 6:28 PM
Happy #MicroscopyMonday.
I found this very pretty COS-7 cell expressing LifeAct-mCherry from my old data. Look at how dense its actin network is. Also, many of the moving dots are endosomal to seemingly push them through the cytoplasm, similar to actin comet tail, but just a lot shorter.
I found this very pretty COS-7 cell expressing LifeAct-mCherry from my old data. Look at how dense its actin network is. Also, many of the moving dots are endosomal to seemingly push them through the cytoplasm, similar to actin comet tail, but just a lot shorter.
Happy #MicroscopyMonday!
This is a holomatography image of a larval tubeworm imaged on a Tomocube Mini.
Imaged by students Le Pham and Sophia Aredas during the 2026 Molecular and Cell Biology of Symbiosis course.
This is a holomatography image of a larval tubeworm imaged on a Tomocube Mini.
Imaged by students Le Pham and Sophia Aredas during the 2026 Molecular and Cell Biology of Symbiosis course.
September 21, 2026 at 4:07 PM
Happy #MicroscopyMonday!
This is a holomatography image of a larval tubeworm imaged on a Tomocube Mini.
Imaged by students Le Pham and Sophia Aredas during the 2026 Molecular and Cell Biology of Symbiosis course.
This is a holomatography image of a larval tubeworm imaged on a Tomocube Mini.
Imaged by students Le Pham and Sophia Aredas during the 2026 Molecular and Cell Biology of Symbiosis course.
For #MicroscopyMonday today: The Wellcome Photography Prize! This has a long history of celebrating microscopy & biomedical imaging: wellcome.org/engagement-a...
Next week: #I2KxBINA2026 in Madison! NESM’s Harry Cramer, Brandy Freitas, Mark Scimone & Andy Stone will be there—come say hi! #NESM
Next week: #I2KxBINA2026 in Madison! NESM’s Harry Cramer, Brandy Freitas, Mark Scimone & Andy Stone will be there—come say hi! #NESM
Wellcome Photography Prize | Engaging people | Wellcome
The Wellcome Photography Prize is an annual competition to celebrate remarkable visual stories that bring urgent health challenges to life.
wellcome.org
September 21, 2026 at 2:57 PM
For #MicroscopyMonday today: The Wellcome Photography Prize! This has a long history of celebrating microscopy & biomedical imaging: wellcome.org/engagement-a...
Next week: #I2KxBINA2026 in Madison! NESM’s Harry Cramer, Brandy Freitas, Mark Scimone & Andy Stone will be there—come say hi! #NESM
Next week: #I2KxBINA2026 in Madison! NESM’s Harry Cramer, Brandy Freitas, Mark Scimone & Andy Stone will be there—come say hi! #NESM
No, this isn’t a banana!
For today's #MicroscopyMonday, we have a confocal image of a parasitoid wasp egg, filled with a symbiotic bacterium.
Imaged by student Loretha Jack during the 2026 Molecular and Cell Biology of Symbiosis course.
For today's #MicroscopyMonday, we have a confocal image of a parasitoid wasp egg, filled with a symbiotic bacterium.
Imaged by student Loretha Jack during the 2026 Molecular and Cell Biology of Symbiosis course.
September 14, 2026 at 4:05 PM
No, this isn’t a banana!
For today's #MicroscopyMonday, we have a confocal image of a parasitoid wasp egg, filled with a symbiotic bacterium.
Imaged by student Loretha Jack during the 2026 Molecular and Cell Biology of Symbiosis course.
For today's #MicroscopyMonday, we have a confocal image of a parasitoid wasp egg, filled with a symbiotic bacterium.
Imaged by student Loretha Jack during the 2026 Molecular and Cell Biology of Symbiosis course.
So excited to announce our Fall Symposium for #MicroscopyMonday! Come and see us for two days of talks, workshops, and networking University of Connecticut this December. 🔬
Register now to get 10% off with code 2026EARLYBIRD: www.nesmicroscopy.org/2026-fall-sy...
#NESM #Microscopy #SciComm
Register now to get 10% off with code 2026EARLYBIRD: www.nesmicroscopy.org/2026-fall-sy...
#NESM #Microscopy #SciComm
September 14, 2026 at 10:59 PM
So excited to announce our Fall Symposium for #MicroscopyMonday! Come and see us for two days of talks, workshops, and networking University of Connecticut this December. 🔬
Register now to get 10% off with code 2026EARLYBIRD: www.nesmicroscopy.org/2026-fall-sy...
#NESM #Microscopy #SciComm
Register now to get 10% off with code 2026EARLYBIRD: www.nesmicroscopy.org/2026-fall-sy...
#NESM #Microscopy #SciComm
This beautiful #MicroscopyMonday shows how maternal regulation governs early embryonic development by coordinating gene expression in both time and space to direct proper embryonic growth. 🔬 (@bazzinilab.bsky.social Lab) #SciSky
September 14, 2026 at 4:04 PM
This beautiful #MicroscopyMonday shows how maternal regulation governs early embryonic development by coordinating gene expression in both time and space to direct proper embryonic growth. 🔬 (@bazzinilab.bsky.social Lab) #SciSky
Nuclear Stars and Viral Auroras ✨
Red-hot nuclear constellations are frozen inside grey microcosmic vaults, while a bright viral aurora washes across the cytoplasm
🔴|🟠: Mx1-L7A
🔵: Influenza A virus nucleoprotein
⚪: Nuclei
🔬: Joe McKellar
#SciArt #MicroscopyMonday
Red-hot nuclear constellations are frozen inside grey microcosmic vaults, while a bright viral aurora washes across the cytoplasm
🔴|🟠: Mx1-L7A
🔵: Influenza A virus nucleoprotein
⚪: Nuclei
🔬: Joe McKellar
#SciArt #MicroscopyMonday
September 14, 2026 at 9:14 AM
Nuclear Stars and Viral Auroras ✨
Red-hot nuclear constellations are frozen inside grey microcosmic vaults, while a bright viral aurora washes across the cytoplasm
🔴|🟠: Mx1-L7A
🔵: Influenza A virus nucleoprotein
⚪: Nuclei
🔬: Joe McKellar
#SciArt #MicroscopyMonday
Red-hot nuclear constellations are frozen inside grey microcosmic vaults, while a bright viral aurora washes across the cytoplasm
🔴|🟠: Mx1-L7A
🔵: Influenza A virus nucleoprotein
⚪: Nuclei
🔬: Joe McKellar
#SciArt #MicroscopyMonday
Happy #MicroscopyMonday everyone!
This award-winning image is from Sarah and features the apical turn of a neonatal mouse cochlea. 🐭👂 AAV-GFP is shown in the green channel 💚 while phalloidin dye shows the actin-based structures of the cochlea in magenta 💜
#Neuroskyence #HearingResearch
This award-winning image is from Sarah and features the apical turn of a neonatal mouse cochlea. 🐭👂 AAV-GFP is shown in the green channel 💚 while phalloidin dye shows the actin-based structures of the cochlea in magenta 💜
#Neuroskyence #HearingResearch
September 14, 2026 at 9:20 AM
Happy #MicroscopyMonday everyone!
This award-winning image is from Sarah and features the apical turn of a neonatal mouse cochlea. 🐭👂 AAV-GFP is shown in the green channel 💚 while phalloidin dye shows the actin-based structures of the cochlea in magenta 💜
#Neuroskyence #HearingResearch
This award-winning image is from Sarah and features the apical turn of a neonatal mouse cochlea. 🐭👂 AAV-GFP is shown in the green channel 💚 while phalloidin dye shows the actin-based structures of the cochlea in magenta 💜
#Neuroskyence #HearingResearch