Luca Bargelloni

The paper identifies regulatory variation driving lineage divergence in European sea bass by analyzing epigenomic and genomic data from Atlantic and Mediterranean populations.

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

The paper compares immune responses to viral and bacterial stimuli in three bony fish species using transcriptomic analysis, identifying conserved gene expression patterns and pathways.

The paper identifies miR-199-5p as a regulator of ifi27l2a expression, linking it to VNN resistance in European seabass through differential expression and functional analysis.

This study introduces a method to generate microbiome-depleted and gnotobiotic Manila clams to study microbial impacts on marine invertebrates.

The paper identifies a SNP variant associated with resistance to viral nervous necrosis in European sea bass by integrating genetic and functional genomic data.

The paper develops and validates a combined-species SNP array for European seabass and gilthead seabream to enable high-throughput genotyping for genomic selection and population studies.