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Displaying posts with the tag: is_archive

vEM reveals the cellular composition of the Blood Nerve Barrier

Posted by , on 11 October 2024

Using Serial Block-Face-SEM6 and AT-SEM, we characterized the cellular composition and interactions along EndoBVs7. Unlike the BBB, we observed that the vasculature within the endoneurium is not completely covered. Upon closer examination of the cells in contact with EndoBVs, we identified three distinct cell types frequently interacting with the vasculature.

Unveiling the Marvels of the First-Ever Gordon Research Conference on Volume Electron Microscopy - Capturing Subcellular Architecture from Organelles to Organisms -By Ana Correia and James Thompson

Posted by , on 24 August 2023

We delve into our captivating journey at the first Gordon Research Conference (GRC) on Volume Electron Microscopy (vEM) as early career scientists. Set against the backdrop of sunny Ventura, California, this conference brought together experts in the vEM field from all corners of the globe, creating an intellectual haven for learning, networking, and forging collaborations.

Inputs and Outputs of vEM in a Sensory System

Posted by , on 19 May 2023

by Federica Mangione, The Francis Crick Institute, UK DOI: 10.1242/focalplane.14809 Challenge The sense of touch enables organisms to interact with their environment by perceiving physical forces and guiding complex behaviors. Touch sensing is mediated by sensory neurons that innervate the body surface of animals and, together with surrounding cells, form specialized structures known as tactile