Kun Wang

This study analyzes genomes and transcriptomes of deep-sea anemones to reveal evolutionary patterns and adaptive strategies, finding repeated gene loss and molecular innovations in deep-sea species.

The paper constructs a chromosome-level genome for Haliotis iris and identifies an ancient regulatory axis and a multifunctional mantle involved in body asymmetry and melanogenesis.

The paper compares genome sequences and genetic variations of three eared pheasant species at different altitudes to identify adaptation mechanisms.

The paper analyzes single-cell RNA sequencing data to show that lung development involves regulatory changes and new genes, with some features specific to bony fishes and mammals.

The paper constructs a fine-scale recombination map in domestic chickens to study rapid evolutionary changes in recombination rates during domestication.

The paper annotates four high-quality chicken genomes, identifying over 1,400 missing genes in sub-telomeric regions with high G/C content that were previously absent from reference annotations.

The paper presents a high-quality genome assembly for the white-eared pheasant and related transcriptome and population genetics data.

This study identifies numerous selective sweeps and genes under artificial selection in indigenous and commercial chickens using re-sequencing and statistical analysis.

This study presents high-quality genomes of two flying squid species and identifies genetic adaptations related to vision, speed, and photophore evolution in pelagic cephalopods.

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.

This study identifies introgression and selection events in goat domestication, linking them to immune and behavioral genes.

The paper presents the first high-quality reference genome of the reindeer, providing insights into its evolution and unique biological features.