Reference
ExpressionData.ExpressionSet — TypeExpressionSetAn ExpressionSet object is a container for storing gene expression data, along with associated metadata. It follows the ExpressionSet class from the R package from Bioconductor: Biobase.
See also
MIAME feature_names sample_names expression_values feature_data phenotype_data experiment_data annotation
ExpressionData.MIAME — TypeMIAMEAn MIAME object is a container for storing metadata associated with an experiment. It follows the MIAME class from the R package from Bioconductor: Biobase.
See also
abstract info hybridizations norm_controls other preprocessing pub_med_id
ExpressionData.abstract — Methodabstract(m::MIAME)::StringExtracts the abstract from an MIAME object.
ExpressionData.annotation — Methodannotation(eset::ExpressionSet)::SymbolExtracts the annotation from an ExpressionSet.
ExpressionData.experiment_data — Methodexperiment_data(eset::ExpressionSet)::MIAMEExtracts the experiment data from an ExpressionSet.
See also
ExpressionData.expression_values — Methodexpression_values(eset::ExpressionSet)::DataFrameExtracts the expression values from an ExpressionSet. The feature names are included as a column.
By passing the type Matrix as the first argument, the function will return the expression values as a matrix.
ExpressionData.feature_data — Methodfeature_data(eset::ExpressionSet)::DataFrameExtracts the feature data from an ExpressionSet.
ExpressionData.feature_names — Methodfeature_names(eset::ExpressionSet)::Vector{String}Extracts the feature names from an ExpressionSet.
ExpressionData.hybridizations — Methodhybridizations(m::MIAME)::Vector{String}Extracts the hybridizations from an MIAME object.
ExpressionData.info — Methodinfo(m::MIAME)::NamedTupleReturns a NamedTuple with the name, lab, contact, title, and url fields of an MIAME object. Similar to the expinfo function in the R package from Bioconductor: Biobase.
ExpressionData.load_eset — Methodload_eset(file::AbstractString)::ExpressionSetLoads an ExpressionSet object from a file. The file should be in a serialized format. To save an object, use save_eset.
See also
ExpressionData.norm_controls — Methodnorm_controls(m::MIAME)::Vector{String}Extracts the normalization controls from an MIAME object such as house keeping genes.
ExpressionData.other — Methodother(m::MIAME)::Dict{Symbol,String}Extracts the other metadata from an MIAME object. This can include any additional information that is not covered by the other fields.
ExpressionData.phenotype_data — Methodphenotype_data(eset::ExpressionSet)::DataFrameExtracts the phenotype data from an ExpressionSet.
ExpressionData.preprocessing — Methodpreprocessing(m::MIAME)::Vector{String}Extracts the preprocessing steps from an MIAME object describe the steps taken to process the raw data of the experiment.
ExpressionData.pub_med_id — Methodpub_med_id(m::MIAME)::StringExtracts the pubmed id from an MIAME object.
ExpressionData.sample_names — Methodsample_names(eset::ExpressionSet)::Vector{String}Extracts the sample names from an ExpressionSet.
ExpressionData.save_eset — Methodsave_eset(eset::ExpressionSet, file::AbstractString)Saves an ExpressionSet object to a file. The file is saved in a serialized format. To load the object back, use load_eset.
See also