Andrés Blanco

The paper designs and validates a 63K SNP array for two clam species to support population genetics and breeding programs.

This paper presents the first comprehensive pangenome analysis of Vibrio europaeus, revealing its evolutionary history, functional gene distribution, and genomic variability across strains from aquaculture facilities.

The paper identifies and analyzes chromosomal inversions in the flat oyster, showing their role in adaptation and phylogeography through genomic and population studies.

The paper generates a full-length transcriptome of the olfactory rosette in Senegalese sole, identifying known and novel transcripts to support reproductive management in aquaculture.

The paper integrates multi-omics data to study the epigenomic and transcriptomic responses to viral and bacterial stimulation in turbot, identifying gene regulation patterns and chromatin state changes.

This study creates a comprehensive epigenomic atlas of turbot embryogenesis, revealing chromatin dynamics and regulatory elements important for development and aquaculture.

This study assembles the black flounder genome and investigates why Pleuronectiformes have a small genome size, finding that reduced transcript size, particularly exon number and large introns, contributes to this reduction.

The paper characterizes the transcriptome of the common cockle after exposure to Marteilia cochillia, identifying differentially expressed genes and their molecular functions related to immune response.

This study identifies a major QTL for shell colour variation in common cockles using GWAS and a high-density genetic map, linking it to candidate genes involved in shell architecture and local adaptation.

The paper examines how environmental factors shape the genome of cockles in the Northeast Atlantic, identifying genetic structure and environmental drivers of divergence.

The paper identifies sox2 as the main driver of the ZW/ZZ sex-determining system in turbot through genetic and genomic analyses.