Giada Ferrari

This paper presents a chromosome-level genome assembly for the wolverine, providing a more complete and sex chromosome-inclusive reference for conservation studies.

The paper presents a chromosome-level, haplotype-resolved genome assembly for the European moose, achieving high completeness and gene annotation.

The paper presents a chromosome-level genome assembly for the Eurasian great grey owl, improving resolution of sex chromosomes and microchromosomes compared to previous assemblies.

This study uses ancient genomes of Alpine ibex to show that past population dynamics and genetic diversity loss are critical for understanding current conservation challenges.

The paper presents a chromosome-level genome assembly of the northern white-throated dipper using ONT and Hi-C, resolving previously collapsed dot-chromosomes and showing advantages of ONT over HiFi for repeat-rich regions.

This paper presents the first chromosome-level genome assembly of Lepidurus arcticus, revealing genomic features and comparing it to a related species.

The paper identifies how neuropeptide genes in cone snails evolved into toxins through mechanisms like exon shuffling and transposable element-driven recombination, revealing dynamic genome-molecular innovation interactions.

The paper presents a haplotype-resolved genome assembly of a bluethroat, revealing structural complexity in the MHC region.

This paper presents a chromosome-level genome assembly of cloudberry, revealing its octoploid origin through multiple polyploidization events involving four subgenomes.

The paper presents the first chromosome-level genome assembly of Flustra foliacea and identifies chromosomal fusions and retrotransposon enrichment in its genome.

The paper presents a chromosome-level genome assembly for wild alpine reindeer and improves the assembly for Svalbard reindeer, providing gene annotations and comparisons with prior assemblies.

This study uses ancient DNA to show that mitochondrial introgression in Atlantic bluefin tuna has persisted for five millennia without significant anthropogenic impact.

This paper presents a non-destructive method to extract DNA from preserved tissues and their fixative solutions, enabling genetic analysis without damaging the samples.

This paper develops a method to assign biological characteristics from extremely low-coverage whole-genome sequence data, demonstrating accuracy in population identity and inversion haplotypes across species and ancient specimens.