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#Neuropods
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KEY POINTS
• Enterochromaffin (EC) cells release signaling molecules which can activate nearby sensory nerves.Whether this occurs via a conventional synapse for-mation is unknown.
• EC cells rarely make contact with sensory nerves inthe upper gut but this frequency increases in the distal colon.
• Neurite-like protrusiton on EC cells, named by some as “neuropods” are not a preferential site of contact with nerve fibres.

KEY POINTS • Enterochromaffin (EC) cells release signaling molecules which can activate nearby sensory nerves.Whether this occurs via a conventional synapse for-mation is unknown. • EC cells rarely make contact with sensory nerves inthe upper gut but this frequency increases in the distal colon. • Neurite-like protrusiton on EC cells, named by some as “neuropods” are not a preferential site of contact with nerve fibres.

🆕 #Neuroepithelial landscape of #Enterochromaffin cells varies across #GI location‼️
✅EC cells rarely make contact with sensory nerves in upper gut but this frequency increases in distal colon👏
🎯 #Neuropods are not a preferential site of contact🔥
👉 onlinelibrary.wiley.com/doi/10.1111/...
#ANMS #ESNM

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Curious about the role of the gut-brain axis in your food choices? wfpc.sanford.duke.edu/podcasts/gut...
#DiegoBohorquez #DukeMedicine #gutbrainaxis #neuropods #gutcommunication #decisionmaking #sensorysystem #microbiome #foodchoice #neuroscience #artificialsweeteners #metabolism #neurotransmitters

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