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Objectives  The Brown trout is a salmonid species with a high commercial value in Europe. Life history and spawning behaviour include resident ( Salmo trutta  m.  fario ) and migratory ( Salmo trutta  m.  trutta ) ecotypes. The main objective is to apply RNA-seq technology in order to obtain a reference transcriptome of two key tissues, brain and muscle, of the riverine trout  Salmo trutta  m.  fario . Having a reference transcriptome of the resident form will complement genomic resources of salmonid species.    Data description  We generate two cDNA libraries from pooled RNA samples, isolated from muscle and brain tissues of adult individuals of  Salmo trutta  m.  fario , which were sequenced by Illumina technology. Raw reads were subjected to de-novo transcriptome assembly using Trinity, and coding regions were predicted by TransDecoder. A final set of 35,049 non-redundant ORF unigenes were annotated. Tissue differential expression analysis was evaluated by Cuffdiff. A False Discovery Rate (FDR) ≤ 0.01 was considered for significant differential expression, allowing to identify key differentially expressed unigenes. Finally, we have identified SNP variants that will be useful tools for population genomic studies.

bmc research notes

De novo assembly of the Brown trout (Salmo trutta m. fario) brain and muscle transcriptome: transcript annotation, tissue differential expression profile and SNP discovery