Published: 2015.02.01 Here we report a benchmark of the effect of bootstrap cut-off values of the RDP Classifier tool in terms of data retention along the different taxonomic ranks by using Illumina reads. Results pro-vide guidelines for planning sequencing depths and selection of bootstrap cut-off in taxonomic assignments. Key words: 16S rRNA; metabarcoding; ribosomal database project; OTU clustering; bacterial communities
Massively parallel high throughput sequencing technologies allow us to interrogate the microbial com...
MOTIVATION: Taxonomic classification of 16S ribosomal RNA gene amplicon is an efficient and economic...
<p>Bacterial sequences were classified with the RDP classifier tool (Release 11, Update 3), selectin...
Environmental metabarcoding is an increasingly popular tool for studying biodiversity in marine and ...
Taxonomic classification of the thousands-millions of 16S rRNA gene sequences generated in microbiom...
Environmental DNA metabarcoding is a powerful tool for studying biodiversity. However, bioinformatic...
<div><p>The diversity of microbial species in a metagenomic study is commonly assessed using 16S rRN...
The diversity of microbial species in a metagenomic study is commonly assessed using 16S rRNA gene s...
To analyze complex biodiversity in microbial communities, 16S rRNA marker gene sequences are often a...
<div><p>Massively parallel high throughput sequencing technologies allow us to interrogate the micro...
Currently, the naïve Bayesian classifier provided by the Ribosomal Database Project (RDP) is one of ...
The RDP Classifier is a naive Bayesian classifier which was developed to provide rapid taxonomic pla...
<p>For each of the HMP body regions, the relationship between the average frequency of a given bacte...
<p>(a) SSU rRNA sequences from the datasets were classified by BLASTN against the RDPII database usi...
<p>Sequences obtained from 16S rRNA gene libraries retrieved from environmental samples (black) and ...
Massively parallel high throughput sequencing technologies allow us to interrogate the microbial com...
MOTIVATION: Taxonomic classification of 16S ribosomal RNA gene amplicon is an efficient and economic...
<p>Bacterial sequences were classified with the RDP classifier tool (Release 11, Update 3), selectin...
Environmental metabarcoding is an increasingly popular tool for studying biodiversity in marine and ...
Taxonomic classification of the thousands-millions of 16S rRNA gene sequences generated in microbiom...
Environmental DNA metabarcoding is a powerful tool for studying biodiversity. However, bioinformatic...
<div><p>The diversity of microbial species in a metagenomic study is commonly assessed using 16S rRN...
The diversity of microbial species in a metagenomic study is commonly assessed using 16S rRNA gene s...
To analyze complex biodiversity in microbial communities, 16S rRNA marker gene sequences are often a...
<div><p>Massively parallel high throughput sequencing technologies allow us to interrogate the micro...
Currently, the naïve Bayesian classifier provided by the Ribosomal Database Project (RDP) is one of ...
The RDP Classifier is a naive Bayesian classifier which was developed to provide rapid taxonomic pla...
<p>For each of the HMP body regions, the relationship between the average frequency of a given bacte...
<p>(a) SSU rRNA sequences from the datasets were classified by BLASTN against the RDPII database usi...
<p>Sequences obtained from 16S rRNA gene libraries retrieved from environmental samples (black) and ...
Massively parallel high throughput sequencing technologies allow us to interrogate the microbial com...
MOTIVATION: Taxonomic classification of 16S ribosomal RNA gene amplicon is an efficient and economic...
<p>Bacterial sequences were classified with the RDP classifier tool (Release 11, Update 3), selectin...