##############################################################################
#' getProtein
#'
#' A method to query protein data from Cellbase web services.
#' @details This method retrieves various protein annotations including
#' protein description, features, sequence, substitution scores, evidence, etc.
#' @aliases getProtein
#' @param object an object of class CellBaseR
#' @param ids a character vector of uniprot ids to be queried, should be one
#' or more of uniprot ids, for example O15350.
#' @param resource a character vector to specify the resource to be queried
#' @param param a object of class CellBaseParam specifying additional param
#' for the query
#' @return an object of class CellBaseResponse which holds a dataframe with th
#' e results of the query
#' @examples
#' cb <- CellBaseR()
#' res <- getProtein(object=cb, ids="O15350", resource="info")
#' @export
setMethod("getProtein", "CellBaseR", definition = function(object, ids,
resource,
param=
NULL) {
categ <- "feature"
subcateg<- "protein"
ids <- ids
resource <- resource
if (!is.null(param)) {
param <- c(assembly=param@assembly,feature=param@feature,region=param@region
,rsid=param@rsid,so=param@so, trait=param@trait,
accession=param@accession, type=param@type,
mode_inheritance_labels=param@mode_inheritance_labels,
clinsig_labels=param@clinsig_labels,
alleleOrigin=param@alleleOrigin,
consistency_labels=param@consistency_labels,
limit=param@limit, include=param@include,
exclude=param@exclude, limit=param@limit)
param <- paste(param, collapse = "&")
}
result <- fetchCellbase(object=object, file=NULL, meta=NULL, categ=categ,
subcateg=subcateg, ids=ids, resource=resource,
param=param)
return(result)
})
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