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The current release doesn't offer this. However I happen to have a test branch that can do this (feature/riboseq_352). This was initially written with RiboSeq in mind, so there's a "--RiboSeq X" that will then use the Xth base from the 5' end of the read. I could change this to allow negative values, which would then support things like GROseq and PROseq. This is all in development, but it'll likely give reasonable results.
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I guess bamCoverage does not give the option to offset reads by specific numbers of bases given the binding event of specific enzymes?
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Provided you're happy with a bigWig file then either of the options I presented will work. Otherwise you might have to script something using pysam in python.
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Transposase
I am trying to account for the binding of Transposase by offsetting the read alignments on the +/- strands.
Originally posted by dpryan View PostI guess it depends on what you're trying to achieve. If you're trying to generate sharper coverage tracks then you can use bamCoverage from deepTools with either the --MNase or --centerReads options. Those both operate on fragments.
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I guess it depends on what you're trying to achieve. If you're trying to generate sharper coverage tracks then you can use bamCoverage from deepTools with either the --MNase or --centerReads options. Those both operate on fragments.
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BAM file nt offsets
Hi wondering if someone knows of a quick and easy way to offset a BAM alignment by N nucleotiodes towards the center of a fragment? Thank you.Tags: None
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