### =========================================================================
### GSE62944 metadata
### -------------------------------------------------------------------------
###
meta <- data.frame(
Title = c(paste0("RNA-Sequencing and clinical data for 7706 tumor ",
"samples from The Cancer Genome Atlas"),
paste0("RNA-Sequencing and clinical data for 9246 tumor ",
"samples from The Cancer Genome Atlas"),
paste0("RNA-Sequencing and clinical data for 741 normal ",
"samples from The Cancer Genome Atlas"),
paste0("RNA-Sequencing and clinical data for 9246 tumor ",
"samples from The Cancer Genome Atlas"),
paste0("RNA-Sequencing and clinical data for 741 normal ",
"samples from The Cancer Genome Atlas")),
Description = c(paste0("TCGA RNA-seq Rsubread-summarized raw count data ",
"for 7706 tumor samples, represented as an ",
"ExpressionSet. R data representation derived from ",
"GEO accession GSE62944."),
paste0("TCGA RNA-seq Rsubread-summarized raw count data ",
"for 9246 tumor samples, represented as a ",
"SummarizedExperiment. R data representation derived from ",
"GEO accession GSE62944."),
paste0("TCGA RNA-seq Rsubread-summarized raw count data ",
"for 741 normal samples, represented as a ",
"SummarizedEXperiment. R data representation derived from ",
"GEO accession GSE62944."),
paste0("TCGA RNA-seq Rsubread-summarized raw count data ",
"for 9246 tumor samples, represented as a ",
"SummarizedExperiment. R data representation derived from ",
"GEO accession GSE62944."),
paste0("TCGA RNA-seq Rsubread-summarized raw count data ",
"for 741 normal samples, represented as a ",
"SummarizedEXperiment. R data representation derived from ",
"GEO accession GSE62944.")),
BiocVersion = c("3.2", "3.3", "3.3", "3.6", "3.6"),
Genome = rep("hg19", 5),
SourceType = rep("tar.gz", 5),
SourceUrl = "http://www.ncbi.nlm.nih.gov/geo/query/acc.cgi?acc=GSE62944",
SourceVersion = "Jan 28 2015",
Species = "Homo sapiens",
TaxonomyId = 9606,
Coordinate_1_based = TRUE,
DataProvider = "GEO",
Maintainer = "Bioconductor Package Maintainer <maintainer@bioconductor.org>",
RDataClass = c("ExpressionSet", rep("SummarizedExperiment", 4)) ,
DispatchClass = c(rep("Rda",5)),
RDataPath = c(paste0("GSE62944/GSE62944_GSM1536837_TCGA_20.Illumina.",
"tumor_Rsubread_FeatureCounts.ExpressionSet.Rda"),
"GSE62944/GSE62944_GSM1536837_TCGA_24.tumor_Rsubread_FeatureCounts.SE.Rda",
"GSE62944/GSE62944_GSM1697009_TCGA_24.normal_Rsubread_FeatureCounts.SE.Rda",
"GSE62944/GSE62944_GSM1536837_TCGA_24.tumor_Rsubread_FeatureCounts.SE.V2.Rda",
"GSE62944/GSE62944_GSM1697009_TCGA_24.normal_Rsubread_FeatureCounts.SE.V2.Rda"),
Tags = "",
Notes = c("","","","Updated for newer verison of SummarizedExperiment", "Updated for newer verison of SummarizedExperiment")
)
write.csv(meta, file="inst/extdata/metadata.csv", row.names=FALSE)
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