Skip to main content
. 2023 Dec 1;24:275. doi: 10.1186/s13059-023-03112-7

Table 6.

Assembling the corrected reads using Canu. Assess the influence of different correction methods for diploid/polyploid genome assembly. In the completeness (%) multicolumn, all is the k-mer completeness for both haplotypes combined, matis maternal hap-mer completeness and pat is paternal hap-mer completeness. Switch error rate = the ratio of the number of switches between true and alternative haplotypes to the total number of variant positions

Assembler Data QV Error rate (%) Completeness (%) Switch error rate (%)
All Mat Pat
Arabidopsis thaliana
     Canu Ratatosk 22.87 0.52 66.55 40.31 40.31 8.59
     Canu R-HERO 23.86 0.41 70.13 43.05 43.05 7.94
     Canu FMLRC 23.63 0.43 61.46 32.51 32.29 11.34
     Canu F-HERO 23.88 0.41 61.89 33.01 32.10 11.17
     Canu LoRDEC 25.15 0.31 48.22 25.64 26.15 12.18
     Canu L-HERO 25.61 0.27 58.23 32.35 32.38 11.05
Oryza sativa japonica
     Canu Ratatosk 25.23 0.30 50.36
     Canu R-HERO 28.40 0.14 58.87
     Canu FMLRC 25.75 0.27 28.36
     Canu F-HERO 29.53 0.11 34.33
     Canu LoRDEC 25.88 0.26 30.28
     Canu L-HERO 29.83 0.10 54.27
Oryza sativa aromatic
     Canu Ratatosk 24.12 0.39 12.32
     Canu R-HERO 29.03 0.13 58.89
     Canu FMLRC 30.17 0.10 1.15
     Canu F-HERO 32.63 0.05 3.57
     Canu LoRDEC 25.76 0.27 4.38
     Canu L-HERO 29.94 0.10 41.28
Mangifera indica
     Canu Ratatosk 24.44 0.36 90.60
     Canu R-HERO 26.41 0.23 90.43
     Canu FMLRC 28.48 0.14 75.22
     Canu F-HERO 30.05 0.10 75.19
     Canu LoRDEC 24.67 0.34 61.46
     Canu L-HERO 26.88 0.21 70.09

Boldface is meant to indicate the best performing tool in the respective category