Accurate identification of co-methylated and differentially methylated regions in epigenome-wide association studies


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Documentation for package ‘coMethDMR’ version 1.8.0

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AnnotateResults Annotate 'coMethDMR' Pipeline Results
betaMatrix_ex1 Alzheimer's Prefrontal Cortex (PFC) Methylation Data
betaMatrix_ex2 Alzheimer's Prefrontal Cortex (PFC) Methylation Data
betaMatrix_ex3 Alzheimer's Prefrontal Cortex (PFC) Methylation Data
betaMatrix_ex4 Alzheimer's Prefrontal Cortex (PFC) Methylation Data
betasChr22_df Prefrontal Cortex (PFC) Methylation Data from Alzheimer's Disease subjects
CloseBySingleRegion Extract clusters of CpGs located closely in a genomic region.
CoMethAllRegions Extract contiguous co-methylated genomic regions from a list of pre-defined genomic regions
CoMethSingleRegion Wrapper function to find contiguous and comethyalted sub-regions within a pre-defined genomic region
CpGsInfoAllRegions Test Associations Between Regions and Phenotype
CpGsInfoOneRegion Test Associations Between a Region and Phenotype
CreateParallelWorkers Create a Parallel Computing Cluster
CreateRdrop Computes leave-one-out correlations (rDrop) for each CpG
FindComethylatedRegions Find Contiguous Co-Methylated Regions
GetCpGsInRegion Extract probe IDs for CpGs located in a genomic region
GetResiduals Get Linear Model Residuals
ImportSesameData Import Illumina manifests (sesameData versions)
lmmTest Fit mixed model to methylation values in one genomic region
lmmTestAllRegions Linear Mixed Models by Region
MarkComethylatedCpGs Mark CpGs in contiguous and co-methylated region
MarkMissing Return Column and Row Names of Samples and Probes under the Missingness Theshold
NameRegion Name a region with several CpGs based on its genomic location
OrderCpGsByLocation Order CpGs by genomic location
pheno_df Example phenotype data file from Prefrontal Cortex (PFC) Methylation Data of Alzheimer's Disease subjects
RegionsToRanges Convert genomic regions in a data frame to GRanges format
WriteCloseByAllRegions Extract clusters of CpG probes located closely