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First reported by bsky
AI Imaging Reveals Obesity-Related Nerve Damage; Questions Raised About GLP-1 Drug Effects on Peripheral Nerves

AI-Powered Imaging Reveals Obesity-Related Nerve Damage, Raises Questions About GLP-1 Drug Effects

A new study published in Nature by researchers at Helmholtz Munich used an AI imaging system to detect obesity-related nerve damage (neuropathy) in both mice and humans. The research reveals previously unseen structural changes in peripheral nerves associated with obesity. The article highlights a critical unanswered question about GLP-1 receptor agonists (like Ozempic/Wegovy): whether these widely prescribed obesity drugs protect peripheral nerves or cause further damage. Small studies show conflicting evidence — some suggest GLP-1 drugs may improve nerve structure in diabetic neuropathy, while others document neuropathy cases linked to rapid weight loss from these medications. The AI-powered imaging technique offers a new way to visualize and study these nerve changes.

David Brzostowicki17h ago11 min readenNews
Read on mdsc.pe

Key quotes

What no one can yet answer is whether those drugs are protecting their peripheral nerves or damaging them further.
Small clinical studies suggest GLP-1 receptor agonists may improve nerve structure in patients with diabetic neuropathy, yet other studies document cases where patients develop peripheral neuropathy because of rapid weight loss due to GLP-1 drugs.
A team at Helmholtz Munich in Oberschleißheim, Germany, used an AI system

From the article

Fascinating nervous system imaging reveals previously unseen obesity-related nerve damage in mice and humans — and some of it may be linked to GLP-1 use.
Continue reading on mdsc.pe

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