Hello Dr. Ou,
Thank you for the tool and tutorials! I have some questions about the outputs.
In the colcen.fna.mod.LTR.intact.gff3 file, it showed that 1662 intact LTRs were detected (same number for colcen.fna.mod.pass.list.gff3). However, when I checked colcen.fna.mod.pass.list to see the LTR insertion time, it only has 237 lines. I tried to link the LTRs in colcen.fna.mod.pass.list to the LTRs in colcen.fna.mod.LTR.intact.gff3 by transposon names, and I found one name corresponds to multiple lines in colcen.fna.mod.LTR.intact.gff3. Like this:
Are they nested transposons? What is the reason for that?
Also, I cannot link the LTRs in colcen.fna.mod.EDTA.TEanno.gff3 to the LTRs in colcen.fna.mod.pass.list. Because in the final annotation file there are more LTRs annotated (Is this because RepeatModeler identified some LTRs missed by other programs? ) and the names have been substituted by the sequence IDs like TE_00000158_INT. I cannot find the LTR insertion time simply using the sequence IDs or positions. Do you maybe know any method to solve this?
Hello Dr. Ou, Thank you for the tool and tutorials! I have some questions about the outputs.
In the
colcen.fna.mod.LTR.intact.gff3
file, it showed that 1662 intact LTRs were detected (same number forcolcen.fna.mod.pass.list.gff3
). However, when I checkedcolcen.fna.mod.pass.list
to see the LTR insertion time, it only has 237 lines. I tried to link the LTRs incolcen.fna.mod.pass.list
to the LTRs incolcen.fna.mod.LTR.intact.gff3
by transposon names, and I found one name corresponds to multiple lines incolcen.fna.mod.LTR.intact.gff3
. Like this:Are they nested transposons? What is the reason for that?
Also, I cannot link the LTRs in
colcen.fna.mod.EDTA.TEanno.gff3
to the LTRs incolcen.fna.mod.pass.list
. Because in the final annotation file there are more LTRs annotated (Is this because RepeatModeler identified some LTRs missed by other programs? ) and the names have been substituted by the sequence IDs like TE_00000158_INT. I cannot find the LTR insertion time simply using the sequence IDs or positions. Do you maybe know any method to solve this?Thank you again for your time.
Best regards, Xinyi