Open fgvieira opened 5 years ago
Hi Filipe,
Thanks for your long patience on this (am now in medical residency, with nearly zero development time this year). In short, an "inversion" is not exactly as you describe. An in-place, copy-neutral inversion is what you are thinking of by a 4-break point event. However, svaba (and other rearrangement callers) describes rearrangement junctions. Any two pieces of DNA can be joined in an inverted orientation, which may leave the state as copy-neutral, amplified or deleted. This is a very common error in interpreting breakpoints.
You're right about the other scripts, and I personally find this annoying in other people's code so I definitely understand. I wish more of the scripts were ready out of the box for others. I believe "svaba-annotate.R" actually is though. The others are here (but non-functional) until I have the time to make them portable.
Best, Jeremiah
I've just run
SvABA
on a small region of chr X, but the results are quite difficult to interpret just from the VCF files. I tried looking at the*.alignments.txt.gz
file but, even though it looks promising, I could not quite figure out what the labels are and how to interpret it (is there any documentation apart from the GitHub README?). For example, one case seems to be an inversion on the VCF:But inversions should have 4 entries (one for each BND), no? I checked the alignment file, but it only seems to show one breakpoint:
SvABA
has quite a few auxiliary scripts and I thouht that maybe I could just plot the results on a PDF. However, most to these scripts fail, either due to hardcoded paths/librarires:svaba-annotate.R -i F8_INV.svaba.bps.txt.gz -o F8_INV.bps.pdf
gUtils
source("/xchip/gistic/Jeremiah/GIT/SnowmanSV/Snowman/batch.functions.R")
,basedir <- "/xchip/gistic/Jeremiah/tracks"
)svaba-circos.R -i F8_INV.svaba.svaba.sv.vcf -o F8_circos
svaba-event-plot.R -h
/xchip/gistic/Jeremiah/GIT
)is there any way to plot
SvABA
's results? thanks,