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. 2016 Sep 15;6(11):3655–3662. doi: 10.1534/g3.116.034249

Table 3. Summary of top-ranking assemblies generated in case study III.

Organism (Genome Size) Best Assembly from Each Sequencing Strategy Assembly Statisticsa
Scaffold N50 (kb) Largest Scaffold (kb) Assembled Fraction of the Reference Genome
D. melanogaster (137.55 Mb) ILMN2 169.7 1,007.9 89.1%
ILMN8 155.0 1,007.7 91.8%
PACB2 5107.5 13,108.3 99.3%
HYBR2 279.3 1,536.8 89.7%
A. thaliana (119.15 Mb) ILMN2 307.0 1,789.4 97.3%
ILMN8 266.6 2,533.4 98.5%
PACB2 2065.7 8,552.9 99.7%
HYBR2 289.3 1,412.2 97.4%
Pl. falciparum 3D7 (23.29 Mb) ILMN2 28.0 146.2 96.7%
ILMN8 222.0 729.9 98.4%
PACB2 282.9 1,378.8 99.6%
HYBR2 15.5 91.5 97.4%
Pl. falciparum IT (real data) ILMN2 167.1 641.7 >100%
ILMN8 141.2 631.4 97.6%
PACB3 1574.7 3,355.3 97.7%
HYBR2 198.4 602.1 92.2%
a

The statistics for simulation-based analysis of D. melanogaster, A. thaliana, and Pl. falciparum 3D7 are after correction for assembly errors using the reference genome, as reported by QUAST in GAGE mode. By default, QUAST (in GAGE mode) corrects contigs/scaffolds by breaking them at assembly errors larger than 5 bp. The statistics for real data based analysis of Pl. falciparum IT are calculated from the original de novo assemblies.