Shanshan Liu

This study analyzes the genetic diversity of the deep sea, linking protein structures to genetic variants and identifying biotechnologically relevant features.

This paper presents the first chromosome-level genome of the Bicolor Angelfish, providing insights into coral reef fish evolution and conservation.

The paper compiles and analyzes 190 marine invertebrate genomes to explore their diversity, function, and evolutionary relationships.

The paper analyzes 630 aquatic vertebrate genomes to create a compendium, revealing TE diversity and gene family evolution related to the water-to-land transition.

The paper announces the Fish10K project to sequence 10,000 fish genomes and describes a workflow for biospecimen procurement, sequencing, and assembly.

The paper reports the first whole genome sequence of Mekong tiger perch, resolving phylogenetic relationships and providing insights into its demographic history and conservation.

This study presents a chromosome-level genome assembly of the African pike, Hepsetus odoe, using long-read and Hi-C sequencing technologies, providing a resource for evolutionary and functional studies.

The paper presents a chromosome-level genome assembly of Atlantic herring, enabling the detection of a supergene and improved analysis of selection signals.

This study presents the first chromosome-level genome assembly of the copperband butterflyfish, Chelmon rostratus, providing insights into genome evolution and adaptation in coral reef fish.

The paper reports the chromosome-level genome of the white-spotted bamboo shark and shows chromosome rearrangements contribute to phenotypic diversity in cartilaginous fishes.