Bees didn’t invent the honeycomb—biology’s been doing it at the single-cell level all along.
🟢 GFP-tagged junctions
🔵 Hoechst-stained nuclei
A living mouse intestinal villus.
No blueprint. Just (bio)physics.
#intravitalimaging #biophysics #OME #microscopyenvironment
Bees didn’t invent the honeycomb—biology’s been doing it at the single-cell level all along.
🟢 GFP-tagged junctions
🔵 Hoechst-stained nuclei
A living mouse intestinal villus.
No blueprint. Just (bio)physics.
#intravitalimaging #biophysics #OME #microscopyenvironment
Color isn’t just style — it shapes what you see.
#MicroscopyCommunity #ScientificVisualization #Biophysics
Color isn’t just style — it shapes what you see.
#MicroscopyCommunity #ScientificVisualization #Biophysics
Was imaging the colon when I accidentally stumbled into this glowing patch of vascularized white adipose tissue.
🔵 mT/mG mouse (mT-only) → red membranes shown in cyan
Accidental imaging hits different.
#IntravitalImaging #LiveImaging
Was imaging the colon when I accidentally stumbled into this glowing patch of vascularized white adipose tissue.
🔵 mT/mG mouse (mT-only) → red membranes shown in cyan
Accidental imaging hits different.
#IntravitalImaging #LiveImaging
These self-renewing, nutrient-absorbing structures are beautiful and functional.
🔴 Phalloidin
🔵 DAPI
🟢 Clvd cas-3 (extrusion in action!)
Fixed tissue 3D imaging = big insight, tiny resolution.
#Microscopy #3DImaging #biophysics #intestine
These self-renewing, nutrient-absorbing structures are beautiful and functional.
🔴 Phalloidin
🔵 DAPI
🟢 Clvd cas-3 (extrusion in action!)
Fixed tissue 3D imaging = big insight, tiny resolution.
#Microscopy #3DImaging #biophysics #intestine