Nuria Escudero

The paper presents a high-quality genome assembly of the sea stickleback and reveals chromosomal fusions and fissions that reshape understanding of karyotype evolution in sticklebacks.

The paper investigates genomic mechanisms underlying independent transitions to terrestrial life across species, finding lineage-specific gene changes that converge functionally.

The paper presents genomic resources for Hyalomma lusitanicum and its Francisella endosymbiont, providing insights into host-symbiont evolution and disease transmission.

The paper identifies conserved gene networks in lungfish estivation that were co-opted for terrestrial adaptation through ancient gene duplications.

The paper shows that clitellates experienced a burst of genomic rearrangements leading to loss of macrosynteny with marine annelids and new chromosomal interactions.

The paper presents the reference genome of Coenonympha oedippus, an endangered butterfly, to study genetic mechanisms of adaptation to two ecotypes and support conservation efforts.

The paper presents the chromosome-level genome assembly of Arca noae, a Mediterranean bivalve, providing evolutionary insights and genomic resources for studying environmental adaptation.

The paper presents the genome assembly of Loboptera subterranea, a cave-adapted cockroach, providing insights into its adaptation to subterranean environments.

The paper presents the reference genome of Cheirolophus tagananensis, providing tools for studying genetic adaptation and supporting conservation strategies.

The paper presents the genome of Pinctada radiata, a Lessepsian migrant, providing insights into its genetic adaptations to environmental changes and supporting conservation efforts.

This study identifies gene gain and regulatory shifts in terrestrial planarians as key mechanisms for terrestrialization, showing distinct stress response toolkits compared to freshwater relatives.

The paper presents a chromosome-level reference genome for the striped field mouse, providing resources for phylogenetic studies and understanding its geographical distribution.

The paper presents a chromosome-level reference genome for the Northern chamois, providing insights into its genetic adaptation to extreme environments.