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  1. ...excellent performance without inducing new assembly errors. When applied to three real polymorphic diploid assemblies, HaploMerger gave comparable or better results than manual curation. The first two real assemblies are from Ciona savignyi and Branchiostoma floridae, both of which were generated from...
  2. .... Eighty-three percent of the reference genome sequence is covered. The chromosomal reconstruction allowed us to investigate the evolution of genome structure in highly polymorphic species, by comparing the genome of C. savignyi to its divergent sister species, Ciona intestinalis . Both genomes have...
  3. ...obstacles remain in applying de Bruijn-graph-based assembly to the data from massively parallel sequencers. One of the primary difficulties to overcome is the existence of heterozygosity between diploid chromosomes (Vinson et al. 2005; Velasco et al. 2007; The Potato Genome Sequencing Consortium 2011; Star...
  4. ...for species with haploid or nearly homozygous diploid s with relatively few repetitive sequences. Indeed the first s sequenced using the WGS approach contained little heterozygosity because they were derived from highly inbred laboratory strains (e.g., mouse [ Mouse Genome Sequencing Consortium 2002...
  5. ...sampling approach and joining these local haplotypes using overlaps. This method has recently been extended ( Kim et al. 2007 ) to include polymorphism detection as part of the haplotype reconstruction pipeline, and applied to the of Ciona intestinalis. Recently, Levy et al. (2007) sequenced the complete...
  6. ...resolve genomic repeats by combining multiple libraries sequenced with various technologies. Lastly, dipSPAdes (Safonova et al. 2015) was developed to address the challenge of assembling a two-haplome mixture within a highly polymorphic diploid . While these recently developed SPAdes tools address...
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