The effects of fasting on acute ischemic infarcts in the rat.

Inflammation is largely detrimental early in the acute phase of stroke but beneficial at more chronic stages. Fasting has been shown to reduce inflammation acutely. This preliminary study aimed to determine whether post-ischemic fasting improves stroke outcomes through attenuated inflammation. After...

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Main Authors: Anna M Schneider, Alastair M Buchan, Yvonne Couch
Format: Article
Language:English
Published: Public Library of Science (PLoS) 2024-01-01
Series:PLoS ONE
Online Access:https://doi.org/10.1371/journal.pone.0307313
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author Anna M Schneider
Alastair M Buchan
Yvonne Couch
author_facet Anna M Schneider
Alastair M Buchan
Yvonne Couch
author_sort Anna M Schneider
collection DOAJ
description Inflammation is largely detrimental early in the acute phase of stroke but beneficial at more chronic stages. Fasting has been shown to reduce inflammation acutely. This preliminary study aimed to determine whether post-ischemic fasting improves stroke outcomes through attenuated inflammation. After an endothelin-1 lesion was created in the striatum, Wistar rats were subjected to either regular feeding or water-only fasting for 24 hours. Brain damage and central inflammation were measured histologically, while systemic inflammation was assessed through blood analysis. After 24 hours, fasting was found to reduce infarct volume and BBB breakdown, and lower both circulating and brain neutrophils. These findings suggest that fasting may be a beneficial non-pharmacological additive therapeutic option for cerebral ischemia, potentially by reducing inflammation in the acute stage of the disease.
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spelling doaj-art-66c63e8b047c40598e6cbdae99a25bb32025-08-20T02:49:29ZengPublic Library of Science (PLoS)PLoS ONE1932-62032024-01-011912e030731310.1371/journal.pone.0307313The effects of fasting on acute ischemic infarcts in the rat.Anna M SchneiderAlastair M BuchanYvonne CouchInflammation is largely detrimental early in the acute phase of stroke but beneficial at more chronic stages. Fasting has been shown to reduce inflammation acutely. This preliminary study aimed to determine whether post-ischemic fasting improves stroke outcomes through attenuated inflammation. After an endothelin-1 lesion was created in the striatum, Wistar rats were subjected to either regular feeding or water-only fasting for 24 hours. Brain damage and central inflammation were measured histologically, while systemic inflammation was assessed through blood analysis. After 24 hours, fasting was found to reduce infarct volume and BBB breakdown, and lower both circulating and brain neutrophils. These findings suggest that fasting may be a beneficial non-pharmacological additive therapeutic option for cerebral ischemia, potentially by reducing inflammation in the acute stage of the disease.https://doi.org/10.1371/journal.pone.0307313
spellingShingle Anna M Schneider
Alastair M Buchan
Yvonne Couch
The effects of fasting on acute ischemic infarcts in the rat.
PLoS ONE
title The effects of fasting on acute ischemic infarcts in the rat.
title_full The effects of fasting on acute ischemic infarcts in the rat.
title_fullStr The effects of fasting on acute ischemic infarcts in the rat.
title_full_unstemmed The effects of fasting on acute ischemic infarcts in the rat.
title_short The effects of fasting on acute ischemic infarcts in the rat.
title_sort effects of fasting on acute ischemic infarcts in the rat
url https://doi.org/10.1371/journal.pone.0307313
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