Hello,
I was wondering if anyone might know how to determine and retrieve a list of SNPs that have been contributed to the latest dbSNP132 build from the 1000 Genomes Project?
Thanks!
Hello,
I was wondering if anyone might know how to determine and retrieve a list of SNPs that have been contributed to the latest dbSNP132 build from the 1000 Genomes Project?
Thanks!
Many people at biostar recommend ANNOVAR annotation (http://www.openbioinformatics.org/annovar/) program...
Here you can also download a list of SNPs identified from the 1000G... even for different builds of dbSNPs with the command: annotate_variation.pl -downdb 1000g2010 humandb/
Best Thomas
now that sounds like a good idea. I would still look for the data in the proper repository (ie dbSNP) just for quality/security concerns, but processing ANNOVAR's 1000genomes tables (you would have to decide which releases are you interested in) and filtering by non-rs-code-presence should definitely do the job.
Thanks everyone. I used the tables feature in the USC genome browser. There you can select ALL snps from dbSNP and select only those SNPs that where submitted by the 1000GENOMES -- by specifying them as a filter for "submitter"
This gave me ~ 15 million SNPs contributed from 1000GENOMES, specifically
If you go to the dbSNP summary page, you will be able to see a table with the description of the current data. You will find in it a column with the new submissions numbers, and if you follow the link of the new data for homo sapiens then you'll find out all the submissions made for dbSNP132 sorted by submitter's batches. there are 4 1000genomes batches there, and if you follow their links you will be able to download those batch submissions directly:
Unfortunately, these numbers just mean that they WERE submitted by 1000genomes, but not that no one else did, so in case you are looking for SNPs that ONLY 1000genomes project reported I guess you'll have to crosscheck all these results.
Use of this site constitutes acceptance of our User Agreement and Privacy Policy.
Possibly answered at this related question.