GEOapplication/xmlftp://ftp.ncbi.nlm.nih.gov/geo/series/GSE246nnn/GSE246617/primary200OKTranscriptomicsMus musculusExpression profiling by high throughput sequencinghttps://www.ncbi.nlm.nih.gov/geo/query/acc.cgi?acc=GSE246617GEOGSEfalseCerebral vascular transcriptome profiling reveals intermittent fasting modulates chronic cerebral hypoperfusion-induced disease pathways.We investigated the effect of chronic cerebral hypoperfusion on transcriptomic changes in mouse cerebral arteries and whether intermittent fasting can modulate these transcriptomic changes.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 musculus