Figure S3. The summary of short-read-only and hybrid assemblies with SPAdes short-read correction. Long and Short indicate the coverage of this assembly. A. The total coverage of the chloroplast genome across all contigs output by the assembler. The number is the number of contigs of each assembly, whereas the heatmap is the genome coverage (it could be over 100% if some duplications exist). Numbers marked with red contained a single contig covering the whole chloroplast genome. The heatmap color is reversed compared to the Fig. 1 to make the color in all figure panel A show consistence. B. The assembly length of different assemblies after manual curation (e.g. removing duplicate regions). Numbers marked with red denote assemblies with the ...
Summary table of sequencing and assembly information per sample. Illumina platform used for each sam...
Table S1. The results of the traditional de novo Arabidopsis thaliana genome assembly generated by f...
Table S2. Results of the Arabidopsis thaliana genome stepwise assembly by different assemblers using...
Figure S2. The summary of short-read-only and hybrid assemblies with Karect short-read correction. L...
Figure S7. The summary of assemblies with Karect corrected short-reads and 10â20âkb long-reads. ...
Figure S6. The summary of assemblies with Karect-corrected short-reads and ≤ 10 kb long-reads. Long ...
Figure S10. The summary of assemblies with Karect corrected short-reads and 40–50 kb long-reads. Lon...
Figure S11. The summary of assemblies with Karect corrected short-reads and ≥ 50 kb long-reads. Long...
Figure S1. The summary of long-read-only assemblies. Long_5x indicates the 5x coverage of long-read ...
Figure S12. The longâ/short-read mapping coverage in the possible heteroplastic site 51,961 (IGV v...
Abstract Background Chloroplasts are organelles that conduct photosynthesis in plant and algal cells...
Background Chloroplasts are intracellular organelles that enable plants to conduct photosynthesis. ...
Figure S4. Number of predicted C to U editing sites in the mitochondrial and plastid genomes of E. g...
Tutorial data for chloroplast genome assembly: fastq reads from illumina and nanopore sequencing for...
Table S4. Results of the Arabidopsis thaliana genome stepwise assembly by four different assemblers ...
Summary table of sequencing and assembly information per sample. Illumina platform used for each sam...
Table S1. The results of the traditional de novo Arabidopsis thaliana genome assembly generated by f...
Table S2. Results of the Arabidopsis thaliana genome stepwise assembly by different assemblers using...
Figure S2. The summary of short-read-only and hybrid assemblies with Karect short-read correction. L...
Figure S7. The summary of assemblies with Karect corrected short-reads and 10â20âkb long-reads. ...
Figure S6. The summary of assemblies with Karect-corrected short-reads and ≤ 10 kb long-reads. Long ...
Figure S10. The summary of assemblies with Karect corrected short-reads and 40–50 kb long-reads. Lon...
Figure S11. The summary of assemblies with Karect corrected short-reads and ≥ 50 kb long-reads. Long...
Figure S1. The summary of long-read-only assemblies. Long_5x indicates the 5x coverage of long-read ...
Figure S12. The longâ/short-read mapping coverage in the possible heteroplastic site 51,961 (IGV v...
Abstract Background Chloroplasts are organelles that conduct photosynthesis in plant and algal cells...
Background Chloroplasts are intracellular organelles that enable plants to conduct photosynthesis. ...
Figure S4. Number of predicted C to U editing sites in the mitochondrial and plastid genomes of E. g...
Tutorial data for chloroplast genome assembly: fastq reads from illumina and nanopore sequencing for...
Table S4. Results of the Arabidopsis thaliana genome stepwise assembly by four different assemblers ...
Summary table of sequencing and assembly information per sample. Illumina platform used for each sam...
Table S1. The results of the traditional de novo Arabidopsis thaliana genome assembly generated by f...
Table S2. Results of the Arabidopsis thaliana genome stepwise assembly by different assemblers using...