Hello,
I have a vertebrate genome assembly with contigs and scaffolds generated from ~80X PE Illumina small-insert and mate-pair libraries. There are also some BAC scaffolds and a few thousand BAC Sanger reads available for this species in the GenBank Trace database. I would like to use these publicly available data to merge scaffolds and improve on the Illumina-only assembly.
Aligning the assembled BAC scaffolds to the original genome scaffolds and generating consensus sequences to merge contigs/scaffolds seems fairly straightforward, can anyone recommend a method/pipeline that has worked for them? This was mentioned once here http://seqanswers.com/forums/showthr...ght=sspace+bac
I assume I can use the BAC end paired sequences with a scaffolding tool such as SSPACE (http://seqanswers.com/forums/showpos...6&postcount=11 ) but what is the best way to trim or at least incorporate quality scores? I don't think I want to simply use the raw traces downloaded from GenBank, unless anyone can convince me otherwise.
Thanks!
I have a vertebrate genome assembly with contigs and scaffolds generated from ~80X PE Illumina small-insert and mate-pair libraries. There are also some BAC scaffolds and a few thousand BAC Sanger reads available for this species in the GenBank Trace database. I would like to use these publicly available data to merge scaffolds and improve on the Illumina-only assembly.
Aligning the assembled BAC scaffolds to the original genome scaffolds and generating consensus sequences to merge contigs/scaffolds seems fairly straightforward, can anyone recommend a method/pipeline that has worked for them? This was mentioned once here http://seqanswers.com/forums/showthr...ght=sspace+bac
I assume I can use the BAC end paired sequences with a scaffolding tool such as SSPACE (http://seqanswers.com/forums/showpos...6&postcount=11 ) but what is the best way to trim or at least incorporate quality scores? I don't think I want to simply use the raw traces downloaded from GenBank, unless anyone can convince me otherwise.
Thanks!
