Research Articles
Unlocking Wheat's Genetic Armor: The Discovery of miR5200 and Its Role in Stress Resistance
Discover how scientists identified 7 functional miR5200 loci in wheat that regulate stress responses to drought, cold, and salinity, advancing crop resilience research.
The Underground Orchestra: How a Few Key Bacteria Conduct the Fate of a Potent Greenhouse Gas
Discover how keystone bacterial taxa control nitrous oxide emissions through adaptive genomic and metabolic strategies in agricultural soils.
Unlocking the Plant Puzzle: How a Single Gene Helps Plants Cope With Climate Change
Discover how natural variation in the YELLOW SEEDLING1 gene affects photosynthetic acclimation in Arabidopsis thaliana and its implications for climate-resilient crops.
The Hidden Genome Code: How Adjacent Genes Work Together in Fungi
Discover how fungi organize their genomes with adjacent gene co-regulation, a sophisticated system enabling synchronized gene expression for efficient biological processes.
The Blueprint of Survival: Decoding the Willow Leaf Beetle's Genome
Discover how the willow leaf beetle's genetic code reveals adaptation strategies for climate change through chromosome-scale genome assembly and mitochondrial DNA analysis.
The P2Y6 Receptor Puzzle: Why Blocking a Key Inflammation Protein Failed to Stop Liver Disease
Exploring the unexpected findings when blocking the P2Y6 receptor failed to improve liver injury and inflammation in non-alcoholic steatohepatitis (NASH).
Unlocking the Secret Life of Plants: The Arabidopsis TPS1 Gene Story
Discover the groundbreaking discovery of the Arabidopsis TPS1 gene and its crucial role in plant development, stress response, and agricultural innovation.
Seaweed, Super Pigs, and Superbugs: The Story of Immunobiotics
Discover how immunobiotic Ligilactobacillus salivarius strains from wakame-fed pigs offer sustainable alternatives to antibiotics in animal farming.
Unlocking the Secrets of Deep-Sea Symbiosis: How Genome Science Reveals Nature's Most Unlikely Partnership
Discover how genomic technologies are revealing the molecular mechanisms behind chemosynthetic symbiosis in deep-sea hydrothermal vent mussels.
The Genetic Shield: How a Simple Cell Line Is Unlocking Mysteries of Viral Defense
Discover how CRIB cells with spontaneous genetic deletions are helping scientists understand viral resistance mechanisms in cattle.