get_differential_methylation

get_differential_methylation(
  patient_id,
  sample_id,
  sex,
  normal_origin_proxy_id,
  path,
  path_to_CAMDAC,
  build,
  effect_size = 0.2,
  prob = 0.99,
  min_DMP_counts_in_DMR = 5,
  min_consec_DMP_in_DMR = 4,
  n_cores,
  reseg = FALSE,
  bulk = FALSE
)

Arguments

patient_id

Character variable containting the patient id number

sample_id

Character variable with the tumour sample_id

sex

Character variable with the patient expressed as "XX" for female or "XY" for male.

normal_origin_proxy_id

Character variable with the sample ID of the normal to be used as a proxy for the tumour cell of origin in

path

Character path variable pointing to the desired working directory. This is where the output will be stored.

path_to_CAMDAC

Character variable containting the path to the CAMDAC directory including dir name (e.g. "/path/to/CAMDAC/").

build

Character variable corresponding to the reference genome used for alignment. CAMDAC is compatible with "hg19", "hg38", "GRCH37","GRCH38".

effect_size

Numerical containting the minimum tumour-normal methylation difference (default is 0.2)

prob

Numerical value representing the threshold for statistically significant DMP (default is p=0.99)

min_DMP_counts_in_DMR

Numerical value representing the number of DMPs required in a DMR

min_consec_DMP_in_DMR

Numerical value representing the number of consecutive DMPs required in a DMR

n_cores

Numerical value correspdonding to the number of cores for parallel processing

reseg

Logical value should be set to FALSE. Multi-sample re-segmentation of the copy number profiles will be available in future versions of CAMDAC.

bulk

Default is FALSE unless you want bulk DMP/DMR calls in addition to CAMDAC pure tumour differential methylation analysis

Note: #' Annotation include: CGI (including shore and shelves) gene body (intragenic, 5UTR, 3UTR, intron, exon) promoter (2kb upstream and 500 downstream any UCSC annotated gene) enhancer (vista and FANTOM5 annotation)

Value

Biologically significant DMPs, DMRs