Table S8. Comparison with VirMiner, VirSorter, and VirFinder for contigs >â3âkb based on reads ratio of correctly predicted contigs and the number of correctly predicted contigs. (XLSX 53âKB) (XLSX 49 kb
Table S14. The paired viral-microbial metagenomic data from Tara Oceans samples used in this study. ...
Table S8. Length thresholds used to identify (near) complete virus sequences in metagenomic datasets...
Table S10. The number of identified phage contigs for each sample in the independent cohort of human...
Table S7. Comparison with VirMiner, VirSorter, and VirFinder for contigs >â5âkb based on reads r...
Table S9. Comparison with VirMiner, VirSorter, and VirFinder for contigs >â1âkb based on reads r...
Table S5. Predictive performance of VirMiner for contigs >â3âkb based on reads ratio of correctl...
Table S6. Predictive performance of VirMiner for contigs >â1âkb based on reads ratio of correctl...
Table S4. Predictive performance of VirMiner for contigs >â5âkb based on reads ratio of correctl...
Table S15. The predictive performance of VirMiner in the metagenomic data from Tara Oceans samples. ...
Table S11. The list of 122 KO groups and 118 Pfam groups found significantly different (Wilcoxon ran...
The virus and prokaryotic species abundance profile used for the simulation of metagenomic samples.(...
Table S3. The number of putative metagenomic phage contigs and non-phage contigs in metagenomic asse...
Table S13. The predictive performance of the method for phage contig identification in Paez-Espino e...
Information about the 2,657 top-scoring predicted viral contigs assembled from 78 human gut microbio...
Table S1. Sample information of human gut microbial metagenomic data and matched phageomes used in t...
Table S14. The paired viral-microbial metagenomic data from Tara Oceans samples used in this study. ...
Table S8. Length thresholds used to identify (near) complete virus sequences in metagenomic datasets...
Table S10. The number of identified phage contigs for each sample in the independent cohort of human...
Table S7. Comparison with VirMiner, VirSorter, and VirFinder for contigs >â5âkb based on reads r...
Table S9. Comparison with VirMiner, VirSorter, and VirFinder for contigs >â1âkb based on reads r...
Table S5. Predictive performance of VirMiner for contigs >â3âkb based on reads ratio of correctl...
Table S6. Predictive performance of VirMiner for contigs >â1âkb based on reads ratio of correctl...
Table S4. Predictive performance of VirMiner for contigs >â5âkb based on reads ratio of correctl...
Table S15. The predictive performance of VirMiner in the metagenomic data from Tara Oceans samples. ...
Table S11. The list of 122 KO groups and 118 Pfam groups found significantly different (Wilcoxon ran...
The virus and prokaryotic species abundance profile used for the simulation of metagenomic samples.(...
Table S3. The number of putative metagenomic phage contigs and non-phage contigs in metagenomic asse...
Table S13. The predictive performance of the method for phage contig identification in Paez-Espino e...
Information about the 2,657 top-scoring predicted viral contigs assembled from 78 human gut microbio...
Table S1. Sample information of human gut microbial metagenomic data and matched phageomes used in t...
Table S14. The paired viral-microbial metagenomic data from Tara Oceans samples used in this study. ...
Table S8. Length thresholds used to identify (near) complete virus sequences in metagenomic datasets...
Table S10. The number of identified phage contigs for each sample in the independent cohort of human...