Question: Significant Differential Binding Locations Of Two-Color Two Chip-Chip Data
0
gravatar for Shumon
6.6 years ago by
Shumon110
Shumon110 wrote:

I have two color (Agilent) ChIP-chip data on two different cell types (lets say IP1 and IP2 for cell type1 and cell type2 respectively). I want to get differential binding locations (probes) with Log ratio.

For example: What I want is to compare:

(IP1/input1 versus IP2/input2)

Q: How can I do that ? Q: Is there any tools/software/package that does this job? There are some tools for such analysis with ChIP-seq data, but I am looking something for two color ChIP-chip data.

thanks,

peak-calling • 1.4k views
ADD COMMENTlink modified 4.6 years ago by Biostar ♦♦ 20 • written 6.6 years ago by Shumon110
0
gravatar for Mikael Huss
6.6 years ago by
Mikael Huss4.7k
Stockholm
Mikael Huss4.7k wrote:

I think it might be possible with the Ringo Bioconductor package. This is a package for two-color array ChIP-chip analysis including the differential binding scenario that you describe. However, I think it's primarily geared towards Nimblegen arrays (which I have used it for) although the manual also mentions Agilent several times.

ADD COMMENTlink written 6.6 years ago by Mikael Huss4.7k

@Huaa: Thanks....... but giving a quick look to the Ringo manual, I did not find the example of differential binding analysis situation. Could you please explain little more?. Thanks again.

ADD REPLYlink written 6.6 years ago by Shumon110

See this tutorial from PLoS Computational Biology: http://www.ploscompbiol.org/article/info:doi/10.1371/journal.pcbi.1000227 The section "Comparing ChIP-Enrichment between the Tissues" presents an approach which is maybe simpler than what you are looking for but it also points to the supplementary material, where they present "an additional way for comparing H3K4me3 enrichment between the two tissues, an enriched-region–wise comparison considering the actual overlap of the enriched regions".

ADD REPLYlink written 6.6 years ago by Mikael Huss4.7k
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