Table S7. Performance statistics on improving de novo assembly. a. Genome assembly performance statistics of ten methods on E. coli PacBio dataset using five SR coverages. b. Genome assembly performance statistics of ten methods on S. cerevisae PacBio datasets using five SR coverages. c. Genome assembly performance statistics of five methods on D. melanogaster PacBio dataset using five SR coverages. d. Genome assembly performance statistics of five methods on A. thaliana PacBio dataset using five SR coverages. e. Genome assembly performance statistics of ten methods on E. coli ONT dataset using five SR coverages. f. Genome assembly performance statistics of ten methods on S. cerevisae ONT dataset using five SR coverages. (XLSX 48 kb
Figure S7. The summary of assemblies with Karect corrected short-reads and 10â20âkb long-reads. ...
Table S1 – Summary of mapping reads to reference genome. Table S2 – Mismatch rates detected from rea...
Intersection of dipteran gene models identified by all four assembly strategies using the 180Â M dat...
Figure S1. Improvements in TGS will lead to further adoption. Figure S2. Performance plots on sensit...
Table S3. Performance statistics on output rate. a. Output rate (%) performance statistics on PacBio...
Table S4. Performance statistics on alignment rate. a. Alignment rate (%) performance statistics on ...
Table S2. Performance statistics on accuracy. a. Accuracy performance statistics on PacBio data of t...
Table S5. Performance statistics on run time. a. Run time performance statistics on PacBio data of t...
Table S6. Performance statistics on memory usage. a. Memory usage performance statistics on PacBio d...
Table S1. Performance statistics on sensitivity. a. Sensitivity performance statistics on PacBio dat...
Note 1. Parameter settings of error correction methods. Note 2. Parameter settings of error correcti...
PacBio assembly methods and data. A) PacBio SMRT cell genome assembly flow chart overview showing in...
Table S1. The results of the traditional de novo Arabidopsis thaliana genome assembly generated by f...
Figure S6. The summary of assemblies with Karect-corrected short-reads and ≤ 10 kb long-reads. Long ...
Figure S1. The summary of long-read-only assemblies. Long_5x indicates the 5x coverage of long-read ...
Figure S7. The summary of assemblies with Karect corrected short-reads and 10â20âkb long-reads. ...
Table S1 – Summary of mapping reads to reference genome. Table S2 – Mismatch rates detected from rea...
Intersection of dipteran gene models identified by all four assembly strategies using the 180Â M dat...
Figure S1. Improvements in TGS will lead to further adoption. Figure S2. Performance plots on sensit...
Table S3. Performance statistics on output rate. a. Output rate (%) performance statistics on PacBio...
Table S4. Performance statistics on alignment rate. a. Alignment rate (%) performance statistics on ...
Table S2. Performance statistics on accuracy. a. Accuracy performance statistics on PacBio data of t...
Table S5. Performance statistics on run time. a. Run time performance statistics on PacBio data of t...
Table S6. Performance statistics on memory usage. a. Memory usage performance statistics on PacBio d...
Table S1. Performance statistics on sensitivity. a. Sensitivity performance statistics on PacBio dat...
Note 1. Parameter settings of error correction methods. Note 2. Parameter settings of error correcti...
PacBio assembly methods and data. A) PacBio SMRT cell genome assembly flow chart overview showing in...
Table S1. The results of the traditional de novo Arabidopsis thaliana genome assembly generated by f...
Figure S6. The summary of assemblies with Karect-corrected short-reads and ≤ 10 kb long-reads. Long ...
Figure S1. The summary of long-read-only assemblies. Long_5x indicates the 5x coverage of long-read ...
Figure S7. The summary of assemblies with Karect corrected short-reads and 10â20âkb long-reads. ...
Table S1 – Summary of mapping reads to reference genome. Table S2 – Mismatch rates detected from rea...
Intersection of dipteran gene models identified by all four assembly strategies using the 180Â M dat...