ONT_and_MiSeq_sequencing_of_yeast_strains-sc-4674
ONT_and_MiSeq_sequencing_of_yeast_strains
We compared the de novo assembly performances of various assembly and scaffolding pipelines using yeast sequencing data from three different technologies: a short-read Illumina platform (MiSeq) and the long-read platforms of Oxford Nanopore (MinION) and Pacific Biosciences (RSII). The Pacific Biosciences data we used are from the EBI Study Accession Number PRJEB7245, while the Oxford Nanopore and Illumina data are included here. The yeast strains sequenced are the two S. cerevisiae strains S288c and SK1, and the two S. paradoxus strains N44 and CBS432.
We compared the de novo assembly performances of various assembly and scaffolding pipelines using yeast sequencing data from three different technologies: a short-read Illumina platform (MiSeq) and the long-read platforms of Oxford Nanopore (MinION) and Pacific Biosciences (RSII). The Pacific Biosciences data we used are from the EBI Study Accession Number PRJEB7245, while the Oxford Nanopore and Illumina data are included here. The yeast strains sequenced are the two S. cerevisiae strains S288c and SK1, and the two S. paradoxus strains N44 and CBS432.