Table 3

Different measures for evaluating the assembly quality of individual genomes. The following introductions of the measures are adapted from the definitions in QUAST [40].

MeasuresIntroductions
IntegrityGenome fractionThe proportion of the aligned bases in the reference.
Duplication ratioThe total bases of the alignment in the assembly divided by the total bases of the alignment in the reference.
ContiguityN50The contig length for which 50% of the bases of the assembly are represented in longer or equal length contigs.
NGxThe contig length for which x% of the bases of the reference genome are represented in longer or equal length contigs.
NGAxNGAx is NGx where the contig lengths are replaced with the lengths of aligned blocks.
L50The number of contigs of length at least N50.
LGxThe number of contigs of length at least NGx.
LGAxLGAx is LGx where the contig lengths are replaced with the lengths of aligned blocks.
Largest alignmentThe total bases of the largest continuous alignment in the assembly.
Total aligned lengthThe total bases of alignment in the assembly.
Accuracy# misassembliesThe number of misassemblies.
Misassembled contig lengthThe number of total bases contained in all contigs with one or more misassemblies.
# mismatchesThe number of mismatches in the alignment.
# indelsThe number of indels in the alignment.
Indels lengthThe number of total bases that indels contain.
# mismatches per 100 kbpThe average number of mismatches per 100 kbp (aligned bases).
# indels per 100 kbpThe average number of indels per 100 kbp (aligned bases).
MeasuresIntroductions
IntegrityGenome fractionThe proportion of the aligned bases in the reference.
Duplication ratioThe total bases of the alignment in the assembly divided by the total bases of the alignment in the reference.
ContiguityN50The contig length for which 50% of the bases of the assembly are represented in longer or equal length contigs.
NGxThe contig length for which x% of the bases of the reference genome are represented in longer or equal length contigs.
NGAxNGAx is NGx where the contig lengths are replaced with the lengths of aligned blocks.
L50The number of contigs of length at least N50.
LGxThe number of contigs of length at least NGx.
LGAxLGAx is LGx where the contig lengths are replaced with the lengths of aligned blocks.
Largest alignmentThe total bases of the largest continuous alignment in the assembly.
Total aligned lengthThe total bases of alignment in the assembly.
Accuracy# misassembliesThe number of misassemblies.
Misassembled contig lengthThe number of total bases contained in all contigs with one or more misassemblies.
# mismatchesThe number of mismatches in the alignment.
# indelsThe number of indels in the alignment.
Indels lengthThe number of total bases that indels contain.
# mismatches per 100 kbpThe average number of mismatches per 100 kbp (aligned bases).
# indels per 100 kbpThe average number of indels per 100 kbp (aligned bases).
Table 3

Different measures for evaluating the assembly quality of individual genomes. The following introductions of the measures are adapted from the definitions in QUAST [40].

MeasuresIntroductions
IntegrityGenome fractionThe proportion of the aligned bases in the reference.
Duplication ratioThe total bases of the alignment in the assembly divided by the total bases of the alignment in the reference.
ContiguityN50The contig length for which 50% of the bases of the assembly are represented in longer or equal length contigs.
NGxThe contig length for which x% of the bases of the reference genome are represented in longer or equal length contigs.
NGAxNGAx is NGx where the contig lengths are replaced with the lengths of aligned blocks.
L50The number of contigs of length at least N50.
LGxThe number of contigs of length at least NGx.
LGAxLGAx is LGx where the contig lengths are replaced with the lengths of aligned blocks.
Largest alignmentThe total bases of the largest continuous alignment in the assembly.
Total aligned lengthThe total bases of alignment in the assembly.
Accuracy# misassembliesThe number of misassemblies.
Misassembled contig lengthThe number of total bases contained in all contigs with one or more misassemblies.
# mismatchesThe number of mismatches in the alignment.
# indelsThe number of indels in the alignment.
Indels lengthThe number of total bases that indels contain.
# mismatches per 100 kbpThe average number of mismatches per 100 kbp (aligned bases).
# indels per 100 kbpThe average number of indels per 100 kbp (aligned bases).
MeasuresIntroductions
IntegrityGenome fractionThe proportion of the aligned bases in the reference.
Duplication ratioThe total bases of the alignment in the assembly divided by the total bases of the alignment in the reference.
ContiguityN50The contig length for which 50% of the bases of the assembly are represented in longer or equal length contigs.
NGxThe contig length for which x% of the bases of the reference genome are represented in longer or equal length contigs.
NGAxNGAx is NGx where the contig lengths are replaced with the lengths of aligned blocks.
L50The number of contigs of length at least N50.
LGxThe number of contigs of length at least NGx.
LGAxLGAx is LGx where the contig lengths are replaced with the lengths of aligned blocks.
Largest alignmentThe total bases of the largest continuous alignment in the assembly.
Total aligned lengthThe total bases of alignment in the assembly.
Accuracy# misassembliesThe number of misassemblies.
Misassembled contig lengthThe number of total bases contained in all contigs with one or more misassemblies.
# mismatchesThe number of mismatches in the alignment.
# indelsThe number of indels in the alignment.
Indels lengthThe number of total bases that indels contain.
# mismatches per 100 kbpThe average number of mismatches per 100 kbp (aligned bases).
# indels per 100 kbpThe average number of indels per 100 kbp (aligned bases).
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