GEOapplication/xmlftp://ftp.ncbi.nlm.nih.gov/geo/series/GSE310nnn/GSE310878/primaryOK200TranscriptomicsHomo sapiensExpression profiling by high throughput sequencinghttps://www.ncbi.nlm.nih.gov/geo/query/acc.cgi?acc=GSE310878GEOGSEfalseMolecular phenotyping of diverse human skeletal muscles with CAGE-SeqDifferent skeletal muscles have distinct gene expression profiles, yet, in humans, the skeletal muscle transcriptome has been explored only in a few muscle types. In this study, we applied cap analysis of gene expression (CAGE-Seq) to autopsy samples of 75 skeletal muscles and quantitatively profiled thousands of transcribed regulatory elements.2026/04/11GSE310878GSM9310699GSM9310696GSM9310697GSM9310698GSM9310787GSM9310788GSM9310789GSM9310783GSM9310784GSM9310785GSM9310786GSM9310780GSM9310781GSM9310782GSM9310798GSM9310799GSM9310794GSM9310795GSM9310796GSM9310797GSM9310790GSM9310791GSM9310792GSM9310793GSM9310920GSM9310800GSM9310921GSM9310801GSM9310922GSM9310916GSM9310917GSM9310918GSM9310919GSM9310912GSM9310913GSM9310914GSM9310915GSM9310810GSM9310811GSM9310812GSM9310806GSM9310807GSM9310808GSM9310809GSM9310923GSM9310802GSM9310803GSM9310804GSM9310805GSM9310900GSM9310910GSM9310911GSM9310909GSM9310905GSM9310906GSM9310907GSM9310908GSM9310901GSM9310902GSM9310903GSM9310904GSM9310721GSM9310842GSM9310722GSM9310843GSM9310723GSM9310844GSM9310724GSM9310845GSM9310840GSM9310720GSM9310841GSM9310718GSM9310839GSM9310719GSM9310714GSM9310835GSM9310715GSM9310836GSM9310837GSM9310716GSM9310717GSM9310838GSM9310732GSM9310853GSM9310854GSM9310733GSM9310734GSM9310855GSM9310735GSM9310856GSM9310850GSM9310851GSM9310730GSM9310731GSM9310852GSM9310729GSM9310725GSM9310846GSM9310726GSM9310847GSM9310848GSM9310727GSM9310728GSM9310849GSM9310820GSM9310700GSM9310821GSM9310701GSM9310822GSM9310702GSM9310823GSM9310817GSM9310818GSM9310819GSM9310813GSM9310814GSM9310815GSM9310816GSM9310831GSM9310710GSM9310711GSM9310832GSM9310712GSM9310833GSM9310834GSM9310713GSM9310830GSM9310828GSM9310707GSM9310708GSM9310829GSM9310709GSM9310703GSM9310824GSM9310704GSM9310825GSM9310705GSM9310826GSM9310706GSM9310827GSM9310765GSM9310886GSM9310766GSM9310887GSM9310767GSM9310888GSM9310768GSM9310889GSM9310761GSM9310882GSM9310883GSM9310762GSM9310763GSM9310884GSM9310764GSM9310885GSM9310880GSM9310760GSM9310881GSM9310758GSM9310879GSM9310759GSM9310897GSM9310776GSM9310777GSM9310898GSM9310778GSM9310899GSM9310779GSM9310772GSM9310893GSM9310894GSM9310773GSM9310774GSM9310895GSM9310775GSM9310896GSM9310890GSM9310891GSM9310770GSM9310771GSM9310892GSM9310769GSM9310743GSM9310864GSM9310744GSM9310865GSM9310745GSM9310866GSM9310746GSM9310867GSM9310860GSM9310740GSM9310861GSM9310741GSM9310862GSM9310863GSM9310742GSM9310857GSM9310736GSM9310737GSM9310858GSM9310738GSM9310859GSM9310739GSM9310754GSM9310875GSM9310755GSM9310876GSM9310877GSM9310756GSM9310757GSM9310878GSM9310871GSM9310750GSM9310751GSM9310872GSM9310752GSM9310873GSM9310874GSM9310753GSM9310870GSM9310868GSM9310747GSM9310748GSM9310869GSM9310749167912169724676310878Homo sapiens