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. 2008 Oct 24;24(24):2818–2824. doi: 10.1093/bioinformatics/btn548

Table 2.

CABOG and Newbler assemblies of hybrid data sets

Assembler #Contigs Contig N50 Contig Max Contig Sum
P.gingivalis / FLX reads+FLX mates (F1+M2)
    CABOG 48 67 993 205 585 2 332 097
    Newbler 119 27 561 134 859 2 183 278
P.gingivalis / FLX reads+Sanger mates (F1+S1)
    CABOG 65 51 745 169 923 2 266 305
    Newbler 104 32 377 154 008 2 184 009
P.gingivalis / FLX mates+Sanger mates (M2+S1)
    CABOG 34 101 101 307 732 2 314 836
    Newbler 115 29 216 110 686 2 179 717
E.coli / FLX reads+FLX mates (F2+M1)
    CABOG 22 440 632 861 331 4 642 198
    Newbler 87 87 223 240 232 4 516 116
P.sp CNPT3 / FLX reads+Sanger mates (F1+S1)
    CABOG 39 126 165 336 216 2 992 650
    Newbler 70 79 879 203 365 2 963 428
P.sp CNPT3 / FLX reads+Sanger mates (F2+S1)
    CABOG 42 138 508 365 104 2 983 118
    Newbler 99 45 693 171 391 2 951 683
C.muris / FLX reads+Sanger mates (F1+S1)
    CABOG 69 323 162 819 035 9 186 849
    Newbler 73 247 897 731 211 9 097 078

The analysis included all contigs 2 kb or longer found in each assembler's FASTA output. N50, the length of the shortest contig required to span 50% of the genome length; Max, the length of the longest contig, Sum, the total contig span. Contig size statistics are shown in bases. The codes in parentheses refer to component datasets described in Table 1. Assemblies are compared by contig size statistics. Selected combinations are shown; others are provided in the Supplementary Material.