Research Articles
Decoding Genomic Messages: How Dragon PolyA Spotter Predicts RNA Signals
Explore how Dragon PolyA Spotter revolutionizes poly(A) signal prediction in genomic DNA using machine learning approaches.
Decoding Nature's Halogenators: The Genetic Secrets of Flavin-Dependent Halogenases
Explore the genomic determinants of flavin-dependent halogenases and their role in pharmaceutical development through bacterial genomes and metagenomes.
Cracking Cancer's Defenses: What Baker's Yeast Reveals About Drug Resistance
Discover how functional genomic screens in baker's yeast are revealing cancer drug resistance mechanisms and advancing personalized medicine.
Cracked Code: How Glitches in Our DNA Blueprint Cause Cancer
Explore how genomic mutations drive cancer development through the landmark Vogelstein colon cancer study and understand the genomic basis of this disease.
The Ghosts in Our Gardens: How Powdery Mildews Master the Art of Rapid Evolution
Discover how powdery mildew fungi use a unique two-speed genome to rapidly evolve and overcome plant defenses in this engaging scientific exploration.
The Dual Life of an Awning Clam's Symbiont: A Genomic Blueprint for Life Inside and Out
Discover how the Solemya velum clam's bacterial symbiont challenges our understanding of symbiotic relationships with its surprising genomic complexity.
Beyond the Blueprint: How Scientists Are Catching Your Cells in the Act
Explore how proteomics is revolutionizing biology by revealing the dynamic world of proteins in action, going beyond the static blueprint of genomics.
The Garden's Tiny Guardian: How a Soil Bacterium Could Revolutionize Farming
Discover how Paenibacillus peoriae Strain ZF390 fights bacterial soft rot through genomic insights and biocontrol mechanisms for sustainable agriculture.
Shining a Light on the Gut's Dark Matter: How Scientists Are Revealing Our Hidden Microbial Universe
Explore how targeted genome reconstruction is illuminating the microbial dark matter of mammalian gut microbiota, revealing new species and their implications for health and disease.
Unraveling DNA Secrets: How Chemical Mutagenesis Reveals Lotus Japonicus' Genetic Blueprint
Discover how EMS mutagenesis and second-generation sequencing are revolutionizing our understanding of Lotus japonicus genetics and plant biology.