Research identifies how brain inflammation triggers muscle weakness after infections, suggesting a potential method to prevent muscle fatigue in conditions like long COVID, Alzheimer's, infections, and other diseases
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#BrainInflammation #MuscleWeakness #LongCOVID #Alzheimers #PreventFatigue
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#BrainInflammation #MuscleWeakness #LongCOVID #Alzheimers #PreventFatigue
Washington University School of Medicine in St. Louis
Brain inflammation triggers muscle weakness after infections | Washington University School of Medicine in St. Louis
In fruit flies and mice, scientists ID possible way to block muscle fatigue in long COVID, other diseases
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CBD shows promise in reducing PTSD symptoms by targeting brain inflammation - Cannabidiol, a compound derived from cannabis, can significantly reduce symptoms resembling post-traumatic stress disorder (PTSD) in mice.
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#CBD #PTSD #Cannabidiol #BrainInflammation #CannabisResearch
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#CBD #PTSD #Cannabidiol #BrainInflammation #CannabisResearch
PsyPost
CBD shows promise in reducing PTSD symptoms by targeting brain inflammation
Researchers found that cannabidiol (CBD) significantly reduces PTSD-like symptoms in mice by decreasing brain inflammation through activation of CB2 receptors, suggesting potential new treatments for PTSD by targeting neuroinflammation.
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COVID-19 proteins in the brain can reduce cortisol by over 30%. Lowered cortisol leads to increased brain inflammation and stress response. Findings suggest new strategies for managing Long COVID symptoms.
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#COVID19 #braininflammation #LongCOVID #cortisol #stressresponse
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#COVID19 #braininflammation #LongCOVID #cortisol #stressresponse
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Brain inflammation affects behavior differently in males and females, study finds
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#BrainInflammation #BehaviorDifferences #GenderStudy #Neuroscience #MentalHealth
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#BrainInflammation #BehaviorDifferences #GenderStudy #Neuroscience #MentalHealth
PsyPost
Brain inflammation affects behavior differently in males and females, study finds
Inflammation in the hippocampus alters motivated behavior in mice, but in opposite ways for males and females regarding food seeking and memory.
A new study finds that a high-salt diet triggers brain inflammation 🧠 that drives up blood pressure 💔. A discovery in rats 🐀 challenges long-held beliefs about hypertension and points to the brain as a new treatment target 🎯.
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#HighSaltDiet #BrainInflammation #HypertensionResearch #BloodPressure #HealthyDiet
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#HighSaltDiet #BrainInflammation #HypertensionResearch #BloodPressure #HealthyDiet
McGill
High-salt diet inflames the brain and raises blood pressure, study finds
A new study finds that a high-salt diet triggers brain inflammation that drives up blood pressure. The research, led by McGill University scientist Masha Prager-Khoutorsky in collaboration with an
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Caffeine might ease anxiety and depression by calming brain inflammation. Researchers found that the widely consumed stimulant consistently lessened behavioral signs of distress in rodents.
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#CaffeineAndWellbeing #MentalHealthResearch #BrainInflammation #AnxietyAndDepression #RodentStudyInsights
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#CaffeineAndWellbeing #MentalHealthResearch #BrainInflammation #AnxietyAndDepression #RodentStudyInsights
PsyPost
Caffeine might ease anxiety and depression by calming brain inflammation
A recent review of animal studies suggests that caffeine blocks specific cellular receptors to reduce neuroinflammation. This immune-calming effect may help alleviate behavioral symptoms associated with mood disorders.
New research shows that the gut bacterial metabolite imidazole propionate is strongly linked to accelerated cognitive decline and an increased risk of Alzheimer's disease by promoting brain inflammation, plaque buildup, and damage to the blood-brain barrier.
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#Alzheimer's #GutBrainAxis #BrainInflammation
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#Alzheimer's #GutBrainAxis #BrainInflammation
PsyPost
A chemical produced by gut bacteria may accelerate Alzheimer’s disease
A metabolic byproduct of gut bacteria can damage the blood-brain barrier and drive the formation of Alzheimer's-related proteins. Elevated levels of the chemical correlate with worse cognitive decline in humans and accelerate neurodegeneration in animal models.
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