Attending the AZ Imaging & Microanalysis Society meeting at @arizonastate.bsky.social? Let’s connect! Our CSO, @stevengoodwin.bsky.social, presents 4/16 (11–noon) on clinical & preclinical EM workflows. See how prep powers discovery! 👉 azmicroscopy.org/events/
#ElectronMicroscopy #LabAutomation #vEM
🔬 #VolumeEM is scaling biology in 3D. As imaging & AI accelerate, the bottleneck is #SamplePrep. #LabAutomation — like the #mPrepASP — standardizes workflows, boosting reproducibility & throughput. In #vEM, better prep enables discovery.
microscopyinnovations.com/resources/#p...
#ElectronMicroscopy
Hehnly lab recently graduated PhD student, Favour Ononiwu's paper using #vEM on the #zebrafish Left Right Organizer is live! Check out all the cool #centrosomes and #cilia: journals.biologists.com/bio/article/...
🧠 It’s #BrainAwarenessWeek!
🔬 #ElectronMicroscopy & esp #vEM reveal the ultrastructure of neurons & synapses that drive brain function. Great data starts with great #SpecimenPrep —tools like #mPrepASP help labs achieve consistent, reproducible EM workflows.
#BrainWeek @danafoundation.bsky.social
(A) 3D reconstruction of a mitotic cells from prophase to cytokinesis, highlighting the cell membrane (grey), nucleus (blue) and chromosomes (purple). (B) Metaphase cell superimposed on a z-stack slice showing chromosomal volumetric progression; descending shades of purple denote size (large, >3 μm3; medium, 2–3 μm3; small: <2 μm3), with sex-linked chromosomes in dark pink.
Nickhil Jadav, Sailakshmi Velamoor, Duane Harland, Mihnea Bostina and colleagues use volume electron microscopy to uncover mitotic ultrastructure in the native hair follicle.
Highlight: journals.biologists.com/jcs/article/...
Article: journals.biologists.com/jcs/article/...
#cellbio #volumeEM #vEM
