Nuclear large subunit ribosomal DNA is widely used in fungal phylogenetics and to an increasing extent also amplicon-based environmental sequencing. The relatively short reads produced by next-generation sequencing, however, makes primer choice and sequence error important variables for obtaining accurate taxonomic classifications. In this simulation study we tested the performance of three classification methods: 1) a similarity-based method (BLAST + Metagenomi
Massively parallel high throughput sequencing technologies allow us to interrogate the microbial com...
Next generation sequencing technology has revolutionised microbiology by allowing concurrent analysi...
Abstract.—Although genetic methods of species identification, especially DNA barcoding, are strongly...
Nuclear large subunit ribosomal DNA is widely used in fungal phylogenetics and to an increasing exte...
Summary • The internal transcribed spacer (ITS) of the nuclear ribosomal DNA region is a widely used...
The advent of new high-throughput DNA-sequencing technologies promises to redefine the way in which ...
Target-gene amplicon sequencing is the most exploited high-throughput sequencing application in micr...
International audienceBACKGROUND: DNA barcoding aims to assign individuals to given species accordin...
Abstract Background DNA barcoding aims to assign individuals to given species according to their seq...
DNA sequences are increasingly seen as one of the primary information sources for species identifica...
BackgroundDNA sequences are increasingly seen as one of the primary information sources for species ...
Microbiology plays an important role in several areas, such as human health and biotechnological and...
Frequently found ITS sequences that don’t match any species in GeneBank were further classified with...
Abstract Background Species-level classification for 16S rRNA gene sequences remains a serious chall...
For the taxonomic classification of microbes, 16S ribosomal RNA (rRNA) gene sequences are widely use...
Massively parallel high throughput sequencing technologies allow us to interrogate the microbial com...
Next generation sequencing technology has revolutionised microbiology by allowing concurrent analysi...
Abstract.—Although genetic methods of species identification, especially DNA barcoding, are strongly...
Nuclear large subunit ribosomal DNA is widely used in fungal phylogenetics and to an increasing exte...
Summary • The internal transcribed spacer (ITS) of the nuclear ribosomal DNA region is a widely used...
The advent of new high-throughput DNA-sequencing technologies promises to redefine the way in which ...
Target-gene amplicon sequencing is the most exploited high-throughput sequencing application in micr...
International audienceBACKGROUND: DNA barcoding aims to assign individuals to given species accordin...
Abstract Background DNA barcoding aims to assign individuals to given species according to their seq...
DNA sequences are increasingly seen as one of the primary information sources for species identifica...
BackgroundDNA sequences are increasingly seen as one of the primary information sources for species ...
Microbiology plays an important role in several areas, such as human health and biotechnological and...
Frequently found ITS sequences that don’t match any species in GeneBank were further classified with...
Abstract Background Species-level classification for 16S rRNA gene sequences remains a serious chall...
For the taxonomic classification of microbes, 16S ribosomal RNA (rRNA) gene sequences are widely use...
Massively parallel high throughput sequencing technologies allow us to interrogate the microbial com...
Next generation sequencing technology has revolutionised microbiology by allowing concurrent analysi...
Abstract.—Although genetic methods of species identification, especially DNA barcoding, are strongly...