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Voluntary running enhances glymphatic influx in awake behaving, young mice
Stephanie von Holstein-Rathlou
,
Nicolas Caesar Petersen
,
Maiken Nedergaard
25
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Keyphrases
Aged Mice
100%
Glymphatic
100%
Voluntary Running
100%
Glymphatic Function
100%
Cognitive Decline
33%
Voluntary Wheel Running
33%
Mouse Brain
33%
Hypothalamus
33%
Mean Distance
33%
Glymphatic Clearance
33%
Anesthesia
33%
Voluntary Exercise
33%
Anesthetized Mice
33%
Tracer Distribution
33%
Cognitive Function
33%
Brain Section
33%
Vascular Pathology
33%
Cognitive Effects
33%
Cortex
33%
Young Female
33%
Wakefulness
33%
Cisterna Magna
33%
Wheel Running
33%
Protein Accumulation
33%
C57BL
33%
Exercise Effect
33%
Fluorescent Tracer
33%
Awake Mice
33%
Neuroscience
Ketamine
100%
Cognitive Function
50%
Middle Cerebral Artery
50%
Cognitive Effect
50%
Mouse Brain
50%
Cisterna Magna
50%
Wakefulness
50%
Hypothalamus
50%
Protein
50%
Vascular Disease
50%