View source: R/xSymbol2GeneID.r
xSymbol2GeneID | R Documentation |
xSymbol2GeneID
is supposed to convert gene symbols to entrez
geneid.
xSymbol2GeneID( data, org = c("human", "mouse"), check.symbol.identity = FALSE, details = FALSE, verbose = TRUE, RData.location = "http://galahad.well.ox.ac.uk/bigdata", guid = NULL )
data |
an input vector containing gene symbols |
org |
a character specifying an organism. Currently supported organisms are 'human' and 'mouse'. It can be an object 'EG' |
check.symbol.identity |
logical to indicate whether to match the input data via Synonyms for those unmatchable by official gene symbols. By default, it sets to false |
details |
logical to indicate whether to result in a data frame (in great details). By default, it sets to false |
verbose |
logical to indicate whether the messages will be displayed in the screen. By default, it sets to false for no display |
RData.location |
the characters to tell the location of built-in
RData files. See |
guid |
a valid (5-character) Global Unique IDentifier for an OSF
project. See |
a vector containing entrez geneid with 'NA' for the unmatched if (details set to false); otherwise, a data frame is returned
If a symbol mapped many times, the one assiged as the "protein-coding" type of gene is preferred.
xRDataLoader
RData.location <- "http://galahad.well.ox.ac.uk/bigdata" ## Not run: # a) provide the input Genes of interest (eg 100 randomly chosen human genes) ## load human genes org.Hs.eg <- xRDataLoader(RData='org.Hs.eg') Symbol <- as.character(sample(org.Hs.eg$gene_info$Symbol, 100)) Symbol # b) convert into GeneID GeneID <- xSymbol2GeneID(Symbol) # c) convert into a data frame df <- xSymbol2GeneID(Symbol, details=TRUE) # advanced use df <- xSymbol2GeneID(Symbol, org=org.Hs.eg, details=TRUE) ## End(Not run)
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