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Just want to bring it up here, to those who are using these coolers and/or dot-calls based on these before it would cause more confusion ... @nkrietenstein@betulakgol @itsameercat @demerson368 let anyone relevant know this as well.
I'll reference @burakalver as well - and yes we need to redo dot-calls and such using 4DN-mapped coolers, and probably stick to 4DN processed data going forward - at least for 4DN-related purposes.
The title says it all: cooler-files that we generated for H1-hESC using hg38 assembly were not combined properly, such that the R1-R2 cooler is actually identical to R2 ...
just check the screenshot with cooler info output for different libraries/combinations mapped to hg19/hg38:
here is the screenshot from 4dn portal - everyhting is just fine there - the proper 2.5 billion reads for R1-R2 combination:
I'll of course address that issue, but only after the 4DN meeting ...
The text was updated successfully, but these errors were encountered:
at the same time bedpe-s provided in this repo seems fine for H1-hESC - i.e. R1-R2 is indeed based on a combination of 2 replicates. And they are hg38 at the same time as well ...
so, stuff that we sent to dcic should be fine ...
That means that H1-hESC has been remapped at some point on our side and things went wrong when, combining R1-R2.
@hakanozadam , were you mapping these ? could you please, at least, confirm that H1-hESC-s were remapped a couple of times, to clear confusion a little bit ?
Right now in the U54-Deep folder , R1-R2__hg38 is the wrong one (just R2 really).
So I'm confused about how come we have combined H1-hESC data on hg38 in this 4dn_jawg repo ...
Just want to bring it up here, to those who are using these coolers and/or dot-calls based on these before it would cause more confusion ...
@nkrietenstein @betulakgol @itsameercat @demerson368 let anyone relevant know this as well.
I'll reference @burakalver as well - and yes we need to redo dot-calls and such using 4DN-mapped coolers, and probably stick to 4DN processed data going forward - at least for 4DN-related purposes.
The title says it all: cooler-files that we generated for
H1-hESC
usinghg38
assembly were not combined properly, such that theR1-R2
cooler is actually identical toR2
...just check the screenshot with
cooler info
output for different libraries/combinations mapped tohg19/hg38
:here is the screenshot from 4dn portal - everyhting is just fine there - the proper 2.5 billion reads for
R1-R2
combination:I'll of course address that issue, but only after the 4DN meeting ...
The text was updated successfully, but these errors were encountered: