#22 · Epigenomics
Statistical frameworks for differential Hi-C and methylation region detection
The three items share a focus on statistical inference for epigenomic measurements rather than new mechanistic findings. For differential Hi-C, hicream applies pixel-level testing followed by clustering and post hoc analysis to recover differential regions of arbitrary shape. HiCPotts instead uses a Bayesian HMRF with zero-inflated Negative Binomial noise, via an ABC model, to identify significant Hi-C and micro-C interactions while modeling sources of bias. MultiDMPcaller addresses whole-genome bisulfite sequencing, detecting differentially methylated positions and regions through adaptive two-step P-value adjustment and multi-pairwise visualization. What is new across these tools is explicit treatment of noise, bias, and multiple testing in contact and methylation data, which bears on the reliability of condition comparisons. The dominant thread is methodological; the items do not establish biological conclusions.
Published papers
hicream: A flexible framework to identify significantly different regions in Hi-C data.
hicream is a framework for differential Hi-C analysis that identifies arbitrary-shape differential regions via pixel-level testing, clustering, and post hoc…
MultiDMPcaller: a one-stop software for detection and visualization of differentially methylated positions and regions.
MultiDMPcaller is an automated software for WGBS downstream analysis, detecting DMPs and DMRs via adaptive two-step P-value adjustment and multi-pairwise…
HiCPotts: an R/bioconductor package to identify significant interactions in chromosome conformation capture data and model sources of bias.
HiCPotts is an R/Bioconductor package using a Bayesian HMRF/ABC model with zero-inflated Negative Binomial noise to detect significant Hi-C/micro-C…
Topic history
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