Popular naive Bayes taxonomic classifiers for amplicon sequences assume that all species in the reference database are equally likely to be observed. We demonstrate that classification accuracy degrades linearly with the degree to which that assumption is violated, and in practice it is always violated. By incorporating environment-specific taxonomic abundance information, we demonstrate that species-level resolution is attainable
Metagenome studies have retrieved vast amounts of sequence out of a variety of environments, leadin...
Background The use of shotgun metagenomics to analyse low-complexity microbial commu...
Naive Bayes classifiers (NBC) have dominated the field of taxonomic classification of amplicon seque...
Popular naive Bayes taxonomic classifiers for amplicon sequences assume that all species in the refe...
Popular naive Bayes taxonomic classifiers for amplicon sequences assume that all species in the refe...
Recent discussion focuses on the best method for delineating microbial taxa, based on either exact s...
International audienceUntil recently, the de facto method for short-read-based amplicon reconstructi...
Data used to test q2-clawback using taxonomic weights derived from shotgun sequencing experiments. ...
Abstract Background Microbiome studies often involve sequencing a marker gene to identify the microo...
Until recently, the de facto method for short-read-based amplicon reconstruction was a sequence simi...
Current-day metagenomics analyses increasingly involve de novo taxonomic classification of long DNA ...
Accurate estimation of biological diversity in environmental DNA samples using high-throughput ampli...
<div><p>Accurate estimation of biological diversity in environmental DNA samples using high-throughp...
Abstract Background Microbiome studies commonly use 16S rRNA gene amplicon sequencing to characteriz...
A crucial step in the use of DNA markers for biodiversity surveys is the assignment of Linnaean taxo...
Metagenome studies have retrieved vast amounts of sequence out of a variety of environments, leadin...
Background The use of shotgun metagenomics to analyse low-complexity microbial commu...
Naive Bayes classifiers (NBC) have dominated the field of taxonomic classification of amplicon seque...
Popular naive Bayes taxonomic classifiers for amplicon sequences assume that all species in the refe...
Popular naive Bayes taxonomic classifiers for amplicon sequences assume that all species in the refe...
Recent discussion focuses on the best method for delineating microbial taxa, based on either exact s...
International audienceUntil recently, the de facto method for short-read-based amplicon reconstructi...
Data used to test q2-clawback using taxonomic weights derived from shotgun sequencing experiments. ...
Abstract Background Microbiome studies often involve sequencing a marker gene to identify the microo...
Until recently, the de facto method for short-read-based amplicon reconstruction was a sequence simi...
Current-day metagenomics analyses increasingly involve de novo taxonomic classification of long DNA ...
Accurate estimation of biological diversity in environmental DNA samples using high-throughput ampli...
<div><p>Accurate estimation of biological diversity in environmental DNA samples using high-throughp...
Abstract Background Microbiome studies commonly use 16S rRNA gene amplicon sequencing to characteriz...
A crucial step in the use of DNA markers for biodiversity surveys is the assignment of Linnaean taxo...
Metagenome studies have retrieved vast amounts of sequence out of a variety of environments, leadin...
Background The use of shotgun metagenomics to analyse low-complexity microbial commu...
Naive Bayes classifiers (NBC) have dominated the field of taxonomic classification of amplicon seque...