Dear All,
I*performed an hybrid assembly with 454 Reads and Illumina-generated contigs (oases). I used the following command (mi 90, ml40 generated roughly the same output).
runAssembly -o hybrid_run_ml35_mi95 -ml 35 -mi 95 -cpu 0 -vt ./454adapters.fa -cdna NG-5322_454_1_sequence.sff NG-5322_454_2_sequence.sff ./v33_39_45.fa
I was wondering if parameters can be tuned so that the specific variations illustrated in the attached images can taken into account to produce more isotigs in this isogroup? I could not find any parameters (I simply tried then to go from ml40 mi90 to ml35 mi95 as it seems that variants are considered as sequencing errors, this did not work).
Ohterwise, intrestingly, the "hybrid" assembly (Illumina+454) produced only one isotig, whereas newbler 2.3 and 2.5 with 454 only produced 2 isotigs. I*am not quite sure why.
Thanks a lot for your insights!
Yvan
I*performed an hybrid assembly with 454 Reads and Illumina-generated contigs (oases). I used the following command (mi 90, ml40 generated roughly the same output).
runAssembly -o hybrid_run_ml35_mi95 -ml 35 -mi 95 -cpu 0 -vt ./454adapters.fa -cdna NG-5322_454_1_sequence.sff NG-5322_454_2_sequence.sff ./v33_39_45.fa
I was wondering if parameters can be tuned so that the specific variations illustrated in the attached images can taken into account to produce more isotigs in this isogroup? I could not find any parameters (I simply tried then to go from ml40 mi90 to ml35 mi95 as it seems that variants are considered as sequencing errors, this did not work).
Ohterwise, intrestingly, the "hybrid" assembly (Illumina+454) produced only one isotig, whereas newbler 2.3 and 2.5 with 454 only produced 2 isotigs. I*am not quite sure why.
Thanks a lot for your insights!
Yvan
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