MOTIVATION: Next-generation sequencing technologies have facilitated the study of organisms on a genome-wide scale. A recent method called restriction site associated DNA sequencing (RAD-seq) allows to sample sequence information at reduced complexity across a target genome using the Illumina platform. Single-end RAD-seq has proven to provide a large number of informative genetic markers in reference as well as non-reference organisms. RESULTS: Here, we present a method for de novo assembly of paired-end RAD-seq data in order to produce extended contigs flanking a restriction site. We were able to reconstruct one-tenth of the guppy genome represented by 200-500 bp contigs associated to EcoRI recognition sites. In addition, these contigs were used as reference allowing the detection of thousands of new polymorphic markers that are informative for mapping and population genetic studies in the guppy. AVAILABILITY: A perl and C++ implementation of the method demonstrated in this article is available under http://guppy.weigelworld.org/weigeldatabases/radMarkers/ as package RApiD. CONTACT: christine.dreyer@tuebingen.mpg.de SUPPLEMENTARY INFORMATION: Supplementary data are available at Bioinformatics online.
MOTIVATION: Next-generation sequencing technologies have facilitated the study of organisms on a genome-wide scale. A recent method called restriction site associated DNA sequencing (RAD-seq) allows to sample sequence information at reduced complexity across a target genome using the Illumina platform. Single-end RAD-seq has proven to provide a large number of informative genetic markers in reference as well as non-reference organisms. RESULTS: Here, we present a method for de novo assembly of paired-end RAD-seq data in order to produce extended contigs flanking a restriction site. We were able to reconstruct one-tenth of the guppy genome represented by 200-500 bp contigs associated to EcoRI recognition sites. In addition, these contigs were used as reference allowing the detection of thousands of new polymorphic markers that are informative for mapping and population genetic studies in the guppy. AVAILABILITY: A perl and C++ implementation of the method demonstrated in this article is available under http://guppy.weigelworld.org/weigeldatabases/radMarkers/ as package RApiD. CONTACT: christine.dreyer@tuebingen.mpg.de SUPPLEMENTARY INFORMATION: Supplementary data are available at Bioinformatics online.
Authors: Paul A Hohenlohe; Mitch D Day; Stephen J Amish; Michael R Miller; Nick Kamps-Hughes; Matthew C Boyer; Clint C Muhlfeld; Fred W Allendorf; Eric A Johnson; Gordon Luikart Journal: Mol Ecol Date: 2013-02-21 Impact factor: 6.185
Authors: Kimberly R Andrews; Jeffrey M Good; Michael R Miller; Gordon Luikart; Paul A Hohenlohe Journal: Nat Rev Genet Date: 2016-01-05 Impact factor: 53.242
Authors: Paula Arielle M R Valdisser; Georgios J Pappas; Ivandilson P P de Menezes; Bárbara S F Müller; Wendell J Pereira; Marcelo G Narciso; Claudio Brondani; Thiago L P O Souza; Tereza C O Borba; Rosana P Vianello Journal: Mol Genet Genomics Date: 2016-03-01 Impact factor: 3.291