Which Genome Browser Can Get This Image
5
1
Entering edit mode
10.2 years ago
liqingyan ▴ 20

Hello

Can anybody know which genome browser can show peak image like Figure a as below.

Figure

genome browser • 4.1k views
ADD COMMENT
4
Entering edit mode
10.2 years ago
seidel 11k

The UCSC genome browser can do that. You can configure the image to not show the default blue lines, and set the scale to display the peaks like in your figure, and then you can export the image as pdf, so you can mark it up further if you like The image in your example has had various attributes added manually, using an editor (i.e Adobe Illustrator, or your favorite alternative).

ADD COMMENT
0
Entering edit mode

I think I remember that paper, too--although it's not cited--and it's also possible it's back one assembly to reproduce this most closely. To locate the specific tracks that are named you may have to go to Mar 2006 at UCSC. Some stuff got renamed and reorganized on the next assembly.

ADD REPLY
2
Entering edit mode
10.2 years ago

The images under a) are for sure UCS pictures, pimped with Adobe Illustrator, as Seidel already mentioned.

And I think for b) they used a tool called sitepro from the CEAS package. It draws the average signal (from a WIG) in a given list of sites of interest (from a BED).

ADD COMMENT
1
Entering edit mode
10.2 years ago

You can get pretty close with R/Bioconductor Gviz, this is the vignettes

ADD COMMENT
0
Entering edit mode
10.2 years ago
Neilfws 49k

The glyph for the NANOG gene looks a lot like IGV.

As seidel said, the image has had quite a lot of extra "manual" work done to it. There are several browsers - particularly UCSC and IGV - that could be used to generate something like the figure, if not the exact result.

ADD COMMENT
0
Entering edit mode
10.2 years ago

Those look like R/MatLab figures. You can import your bedgraph file into R and use the genome position and the data in your bedgraph column to plot the data.

The pie chart was made in Microsoft Office suite

You can get similar looking figures in UCSC genome browser and IGV. But if you want figures that look exactly like those, you need R or MatLab

ADD COMMENT

Login before adding your answer.

Traffic: 1501 users visited in the last hour
Help About
FAQ
Access RSS
API
Stats

Use of this site constitutes acceptance of our User Agreement and Privacy Policy.

Powered by the version 2.3.6