Thank you very much!!
Great, have a good weekend!
Hi everybody,
I have a list of recurrent mutations from a WGS dataset. I would like to know on which exons they sit (the exon number for a certain transcript).
If there are multiple transcripts at a certain position, annovar puts out a list with all nonsynonymous SNVs and I can just pick the transcript I want. My only problem is the following: If there is for example a stoploss for any of the transcripts at that genomic position, ANNOVAR doesn't output the nonsynonymous SNVs anymore, but only a list of mutation of that category, which has a higher precedence.
Is there any way to change that? Can I either change the precedence, or tell the software to output the effects on all transcripts or anything similar?
Best regards, and thanks a lot in advance, Gero
Hello, all that you need to add is the --separate command line parameter:
cat test.ann
3 38182727 38182727 A C
3 38182316 38182316 A G
3 38182641 38182641 T C
perl annotate_variation.pl -out ex1 -build hg19 test.ann /Programs/annovar/humandb/ --separate
cat ex1.exonic_variant_function
line1 nonsynonymous SNV MYD88:NM_001172568:exon4:c.A745C:p.T249P,MYD88:NM_002468:exon5:c.A880C:p.T294P,MYD88:NM_001172567:exon5:c.A904C:p.T302P, 3 38182727 38182727 A C
line2 nonsynonymous SNV MYD88:NM_001172568:exon3:c.A617G:p.K206R,MYD88:NM_001172569:exon3:c.A571G:p.N191D,MYD88:NM_002468:exon4:c.A752G:p.K251R,MYD88:NM_001172566:exon2:c.A436G:p.N146D,MYD88:NM_001172567:exon4:c.A776G:p.K259R, 3 38182316 38182316 A G
line3 stoploss MYD88:NM_001172569:exon4:c.T613C:p.X205R,MYD88:NM_001172566:exon3:c.T478C:p.X160R, 3 38182641 38182641 TC
line3 nonsynonymous SNV MYD88:NM_001172568:exon4:c.T659C:p.L220P,MYD88:NM_002468:exon5:c.T794C:p.L265P,MYD88:NM_001172567:exon5:c.T818C:p.L273P, 3 38182641 38182641 T C
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It should output all overlapping genes and all consequences. Can you paste the record in question / paste an example?
Which version of the genome are you using.
Hi Kevin,
Thanks for the reply!
This is the example input file (or a selection of it):
This is the exonic variant output file for the three lines above:
Unfortunately, for line 19, the effect on transcript NM_002468 is not given. But NM_002468 is present at position 3:3812641 and the mutation should cause a p.L265P mutation on that transcript, if I check on the UCSC genome browser on hg19, which is the genome version I'm using.
I really hope you can help me out. Let me know if you need anything additional info.
Best, Gero
Thanks, I will have to check when I get home later today.
I have posted an answer for you.