Mutation files should be tab delimited, and should at least have the
following headers in the first line:
-Hugo_Symbol
-Protein_Change
Using the rsids you will have to find the required information, which shouldn't be too hard (and there are many threads about converting dbSNP/rsids to something else).
Hi WouterDecoster,
Yeah using rsids, I collected the information from dbSNP. The plot generated by the mutation-mapper doesn't label the mutations with rsids.
My requirement is to label each mutation with rsids and x-axis should be position of the gene.
I am planning to map SNPs to a set of genes. I want to represent them in a graphical format.
To add up on the comments on your question by Wouter, If you have the SNPs in a VCF file, you already have the coordinates on the reference sequence. If you have a GTF file constructed on that ref sequence, you can load both VCF and GTF to a tool like IGV or GBrowse and browse graphically to the gene regions you want, saving the svg high-quality image.
I'm not sure if I understood your question correctly, but I think MutationMapper might be what you are looking for
Thanks, WouterDeCoster. I am looking something like this. I have been provided just with 3 columns. 1) rsids
2) genename
3) sequence has been provided if there is no rsids available.
But they need following details,
Read again:
Using the rsids you will have to find the required information, which shouldn't be too hard (and there are many threads about converting dbSNP/rsids to something else).
Hi WouterDecoster, Yeah using rsids, I collected the information from dbSNP. The plot generated by the mutation-mapper doesn't label the mutations with rsids.
My requirement is to label each mutation with rsids and x-axis should be position of the gene.