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#glialcells — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #glialcells, aggregated by home.social.

  1. We know about #serotonergic signaling in neurons, but what does it do in #GlialCells? This study shows that glial serotonergic signaling is important for experience-dependent #synapse elimination & targeting during #Drosophila development #PLOSBiology plos.io/3zJnDrG

  2. A #SingleCellAtlas of #Drosophila #GlialCells reveals that glial morphological diversity exceeds transcriptional diversity, begging the question of how #glia acquire their diverse shapes @fernandesflylab @SD_Ackerman &co #PLOSBiology plos.io/3s4wAb8

  3. Spontaneous activity is an important attribute of neurodevelopment. @cssmity &co show that satellite #GlialCells in the #PNS display isolated spontaneous Ca2+ transients, sensitive to #mechanosensitive protein #Piezo1, revealing a role for #mechanobiology in the activity of developing neural cells #PLOSBiology plos.io/3t0Ko6w

  4. Spontaneous activity is an important attribute of neurodevelopment. @cssmity &co show that satellite #GlialCells in the #PNS display isolated spontaneous Ca2+ transients, sensitive to #mechanosensitive protein #Piezo1, revealing a role for #mechanobiology in the activity of developing neural cells #PLOSBiology plos.io/3t0Ko6w

  5. Spontaneous activity is an important attribute of neurodevelopment. @cssmity &co show that satellite #GlialCells in the #PNS display isolated spontaneous Ca2+ transients, sensitive to #mechanosensitive protein #Piezo1, revealing a role for #mechanobiology in the activity of developing neural cells #PLOSBiology plos.io/3t0Ko6w

  6. Spontaneous activity is an important attribute of neurodevelopment. @cssmity &co show that satellite #GlialCells in the #PNS display isolated spontaneous Ca2+ transients, sensitive to #mechanosensitive protein #Piezo1, revealing a role for #mechanobiology in the activity of developing neural cells #PLOSBiology plos.io/3t0Ko6w

  7. Spontaneous activity is an important attribute of neurodevelopment. @cssmity &co show that satellite #GlialCells in the #PNS display isolated spontaneous Ca2+ transients, sensitive to #mechanosensitive protein #Piezo1, revealing a role for #mechanobiology in the activity of developing neural cells #PLOSBiology plos.io/3t0Ko6w