Discover how the willow leaf beetle's genetic code reveals adaptation strategies for climate change through chromosome-scale genome assembly and mitochondrial DNA analysis.
A new high-resolution dog genome is revealing thousands of previously hidden functional elements, filling gaps in our understanding of canine genetics and health.
Discover how a clever 'flip and compare' strategy using weighted sequence alignment is revolutionizing genetic research and genome annotation lift over.
Discover how conserved intronic sequences in human and mouse genomes challenge the neutral theory of evolution and reveal a sophisticated genome design model.
Discover how the complete genome sequencing of Spatholobus suberectus reveals the genetic secrets behind its medicinal properties and conservation challenges.
Discover how scientists decoded the chromosome-level genome of the invasive prickly nightshade plant, revealing genetic secrets behind its resilience and toxicity.
Discover how computational methods like SNIPER are revolutionizing our understanding of 3D genome organization by revealing Hi-C subcompartments through imputed chromatin interactions.
Discover how the intricate 3D folding of your brain's genome coordinates energy production for every thought through cytochrome c oxidase regulation.
Discover how Echinamoeba silvestris challenges biological assumptions with its remarkably compact genome, offering new insights into eukaryotic evolution.
Explore how genome conformation and 3D DNA organization regulate transcription through chromosome conformation capture methods and their applications in health and disease.