You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
Hi! Thanks for the great tool! I was wondering if one could get the genomic location of subgenome-specific TE or TE k-mer. My idea is to take a look at coding regions that are upstream and downstream to subgenome-specific TEs.
My current approach is to take a look at the 'k15_q200_f2.ltr.enrich' file in the phase-results folder and look for specific k-mers that are found in one subgenome (column 2) and that have no potential exchange among subgenomes (column 5). Once I identify k-mers that fulfill those requirements I was going to look for the genomic position of those k-mers in the 'LTR.inner.fa.dom.gff3' file that is in the tmp directory. Is that approach correct? or should I be taking a look at other output files?
Thank you in advance!!
Bests,
Emiliano
The text was updated successfully, but these errors were encountered:
Hi Emiliano, the genomic location can be found in LTR id (column 1) in the 'k15_q200_f2.ltr.enrich' file. The id has a format of chromosome:LTR-RT start-LTR-RT end:inner start-inner end (e.g., 1:466998-472099:467154-471938). It should be easy to convert to bed format, and do some intervel operations using bedtools. In the 'LTR.inner.fa.dom.gff3', the genomic position is the location of protein-coding domains of LTR-RTs which is somewhat different to the location of LTR-RTs.
Hi! Thanks for the great tool! I was wondering if one could get the genomic location of subgenome-specific TE or TE k-mer. My idea is to take a look at coding regions that are upstream and downstream to subgenome-specific TEs.
My current approach is to take a look at the 'k15_q200_f2.ltr.enrich' file in the phase-results folder and look for specific k-mers that are found in one subgenome (column 2) and that have no potential exchange among subgenomes (column 5). Once I identify k-mers that fulfill those requirements I was going to look for the genomic position of those k-mers in the 'LTR.inner.fa.dom.gff3' file that is in the tmp directory. Is that approach correct? or should I be taking a look at other output files?
Thank you in advance!!
Bests,
Emiliano
The text was updated successfully, but these errors were encountered: