Closed ZunpengLiu closed 1 year ago
Hi,
Thank you for your interest in the software.
In brief, we determine whether a read is a TE or gene based on whether their alignment overlaps with a gene exon or TE. If they overlap both a gene exon and TE, then we determine if the read aligned uniquely to the genome, or to multiple locations.
If it is uniquely aligned, then we will assign the read to the gene (if a gene annotation exists) or to the TE (if no gene annotation exists for that alignment).
If the read is "ambiguously mapped" (while running with --mode multi
), then if there are TE annotations at those sites, the read will be equally weighted across those annotations, which will then be processed via EM. If the read is ambiguously mapped but only has gene exonic annotations, then the read will be equally weighted across the gene annotations.
Since we are working with bulk RNA-seq, we do not consider intronic regions of genes.
Please let us know if that does not address your question.
Thanks.
Hi,
Thank you so much for the prompt reply.
That is a very detailed explanation, thanks a lot!
Best,
Zunpeng
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Hello Sir,
Really enjoyed using these robust TEtools to calculate the expression of TEs! All of these tools are very helpful and user-friendly
I have a question regarding the count method of genes and TEs. TEtranscripts and TElocal can count the genes and TEs--that's so cool. I am interested in the count method.
For example, what does TEtranscripts use here? If I got right from your paper, genes and TEs were considered simultaneously.
Best,
Zunpeng