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Why do my predicted orf have so many stop codons inside?
I use following workflow:
1、get thaliana ribo-seq data
2、map to reference genomes
3、filtering data length(for example, choose reads of 28nt)
4、use ribotish to predict (codes like the following)
do ribotish quality -b $i.bam -g xxxxxxxxx.gtf; done
do ribotish predict -b $i.bam -g xxxxxxxxx.gtf -f xxxxxxxxx.fa --longest -o $i.ribotish.txt; done
5、pick the orf's genome position
6、translate the orf reads to piptide fragment
Finalliy,we find many “*“ in the piptide fragment,which mean stop condons.
Why do the results perform like this?
Thank you.
The text was updated successfully, but these errors were encountered:
Hello, how do you translate ORF? The options of '--seq' and '--aaseq' in 'ribotish predict' can output the sequences.
My weixin is zhpn1024.
At 2024-11-13 20:24:02, "syh" ***@***.***> wrote:
Hello,
Why do my predicted orf have so many stop codons inside?
I use following workflow:
1、get thaliana ribo-seq data
2、map to reference genomes
3、filtering data length(for example, choose reads of 28nt)
4、use ribotish to predict (codes like the following)
do ribotish quality -b $i.bam -g xxxxxxxxx.gtf; done
do ribotish predict -b $i.bam -g xxxxxxxxx.gtf -f xxxxxxxxx.fa --longest -o $i.ribotish.txt; done
5、pick the orf's genome position
6、translate the orf reads to piptide fragment
Finalliy,we find many “*“ in the piptide fragment,which mean stop condons.
Why do the results perform like this?
Thank you.
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You are receiving this because you are subscribed to this thread.Message ID: ***@***.***>
Hello,
Why do my predicted orf have so many stop codons inside?
I use following workflow:
1、get thaliana ribo-seq data
2、map to reference genomes
3、filtering data length(for example, choose reads of 28nt)
4、use ribotish to predict (codes like the following)
do ribotish quality -b $i.bam -g xxxxxxxxx.gtf; done
do ribotish predict -b $i.bam -g xxxxxxxxx.gtf -f xxxxxxxxx.fa --longest -o $i.ribotish.txt; done
5、pick the orf's genome position
6、translate the orf reads to piptide fragment
Finalliy,we find many “*“ in the piptide fragment,which mean stop condons.
Why do the results perform like this?
Thank you.
The text was updated successfully, but these errors were encountered: