Research Articles
From Chaos to Order: How Templated Ligation Builds Structure from Randomness
Discover how templated ligation spontaneously generates structured biological sequences from random mixtures, offering insights into the origin of life and molecular evolution.
Cracking the Cancer Code: The Detective Tool Finding Hidden Patterns in Our DNA
Discover how Katdetectr, a powerful new software tool, uses unsupervised changepoint analysis to detect kataegis mutations in cancer genomes with unprecedented precision.
How a Common Ant Developed Its Urban Superpower
Discover how the black garden ant's genetic preadaptation through CYP9 gene amplification enables urban survival success.
The Digital DNA Detective: How ReporType is Revolutionizing Infection Forensics
Discover how ReporType, a powerful bioinformatics tool, is transforming infectious disease tracking through targeted loci screening and rapid pathogen typing.
The Mouse Blueprint: How Europe Is Decoding the Secrets of Human Health
Explore how European scientists are using functional genomics and mouse models to advance human health research and medical discoveries.
The Hidden Vitamin Factory: How Plants Make Biotin
Discover how plants synthesize biotin through a compartmentalized pathway spanning cytosol and mitochondria, with implications for agriculture and biotechnology.
The Secret Language of Plants: How CLE Peptides Control Root and Nodule Development
Discover how CLE signaling peptides regulate plant root architecture and nodule formation through sophisticated molecular communication systems.
The Genetic Switches That Might Revolutionize Bioenergy: The Story of Switchgrass's CCCH Genes
Discover how CCCH-type zinc finger genes in switchgrass could unlock the potential of bioenergy crops through enhanced stress tolerance and adaptation.
The Ever-Changing Sex Chromosomes of Birds
Exploring the genetic secrets and evolutionary diversity of avian sex chromosomes across different bird species.
Unraveling DNA's Architecture: How ADF1 and BEAF-32 Proteins Shape the Genome
Explore how ADF1 and BEAF-32 chromatin proteins affect nucleosome positioning and DNA decompaction in Drosophila melanogaster polytene chromosomes