This particular result was run using an ancient Kola Peninsula sample BOO002, but my code works with modern samples as well. So the haplotype is here N1a1a1a1a, in other word N-L392, including also many parallel mutations shown by the ISOGG tree. You can see that some downstream mutations represent other haplogroups, because some downstream mutations exist in several haplogroups. I am happy with this, but if someone wants to code a tree based on this code, I'll give it (not only data) for a testing purpose.
Sunday, January 20, 2019
Y chromosome mutations decoded
Thanks for the mutation map of the newest ISOGG Y-DNA Haplogroup Tree I was now able to decode yDna mutations. The whole matrix includes over 300000 Y chromosomal SNP's and mutation checks, but it is limited by mutations found in BAM files. Now tested code fits with the Build 19/37, but I decoded also the Build 20/38. I am waiting for my BIG Y and will test the Build 20/38 after it. Nevetheless, novel mutations are detected as well. My code reads BAM format, but use of FASTQ is also possible if needed. The second step after decoding BAM files makes matches with ISOGG trees and the result looks like:
This particular result was run using an ancient Kola Peninsula sample BOO002, but my code works with modern samples as well. So the haplotype is here N1a1a1a1a, in other word N-L392, including also many parallel mutations shown by the ISOGG tree. You can see that some downstream mutations represent other haplogroups, because some downstream mutations exist in several haplogroups. I am happy with this, but if someone wants to code a tree based on this code, I'll give it (not only data) for a testing purpose.
This particular result was run using an ancient Kola Peninsula sample BOO002, but my code works with modern samples as well. So the haplotype is here N1a1a1a1a, in other word N-L392, including also many parallel mutations shown by the ISOGG tree. You can see that some downstream mutations represent other haplogroups, because some downstream mutations exist in several haplogroups. I am happy with this, but if someone wants to code a tree based on this code, I'll give it (not only data) for a testing purpose.
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