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Ultrafast and accurate sequence alignment and clustering of viral genomes - Nature Methods
Viromics produces millions of viral genomes and fragments annually, overwhelming traditional sequence comparison methods. Here we introduce Vclust, an approach that determines average nucleotide identity by Lempel–Ziv parsing and clusters viral genomes with thresholds endorsed by authoritative viral genomics and taxonomy consortia. Vclust demonstrates superior accuracy and efficiency compared to existing tools, clustering millions of genomes in a few hours on a mid-range workstation. Vclust generates fast and accurate estimation of average nucleotide identity for viral genomes, scaling clustering to millions of genomes.
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Ultrafast and accurate sequence alignment and clustering of viral genomes - Nature Methods
Viromics produces millions of viral genomes and fragments annually, overwhelming traditional sequence comparison methods. Here we introduce Vclust, an approach that determines average nucleotide identity by Lempel–Ziv parsing and clusters viral genomes with thresholds endorsed by authoritative viral genomics and taxonomy consortia. Vclust demonstrates superior accuracy and efficiency compared to existing tools, clustering millions of genomes in a few hours on a mid-range workstation. Vclust generates fast and accurate estimation of average nucleotide identity for viral genomes, scaling clustering to millions of genomes.
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Ultrafast and accurate sequence alignment and clustering of viral genomes - Nature Methods
Viromics produces millions of viral genomes and fragments annually, overwhelming traditional sequence comparison methods. Here we introduce Vclust, an approach that determines average nucleotide identity by Lempel–Ziv parsing and clusters viral genomes with thresholds endorsed by authoritative viral genomics and taxonomy consortia. Vclust demonstrates superior accuracy and efficiency compared to existing tools, clustering millions of genomes in a few hours on a mid-range workstation. Vclust generates fast and accurate estimation of average nucleotide identity for viral genomes, scaling clustering to millions of genomes.
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