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archive:computer_resources:assemblies [2010/04/28 20:11] galt |
archive:computer_resources:assemblies [2010/04/30 23:01] karplus added mention of trim9.joins for the homework. |
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* newbler-assembly4/ starts from the same sff file as newbler-assembly2/ and newbler-assembly3/ but adds the contigs of newbler-partial3/ as extra reads. This did not help, getting 45 contigs and 2,449,287 bases. | * newbler-assembly4/ starts from the same sff file as newbler-assembly2/ and newbler-assembly3/ but adds the contigs of newbler-partial3/ as extra reads. This did not help, getting 45 contigs and 2,449,287 bases. | ||
* newbler-assembly5/ starts from the same sff file as newbler-assembly2,3,4 but adds 45 Sanger reads totalling 44,187 bases from PCR reactions (mainly designed to test contig-join hypotheses). It gets 31 contigs and 2,451,007 bases. | * newbler-assembly5/ starts from the same sff file as newbler-assembly2,3,4 but adds 45 Sanger reads totalling 44,187 bases from PCR reactions (mainly designed to test contig-join hypotheses). It gets 31 contigs and 2,451,007 bases. | ||
- | * map-colorspace5/ maps the SOLiD mate-pair data onto the contigs of newbler-assembly5/ Other than some problems placing contig4 and the ece insertions, we can reconstruct some pretty large chunks of the genome from the mate-pair ends. | + | * map-colorspace5/ maps the SOLiD mate-pair data onto the contigs of newbler-assembly5/ Other than some problems placing contig4 and the ece insertions, we can reconstruct some pretty large chunks of the genome from the mate-pair ends. This directory contains the trim9.joins file, which is needed for doing the **homework** to attempt to reconstruct the genome. |
* euler | * euler | ||
* euler-assembly1/ | * euler-assembly1/ |