Research Articles
The Silent Network: How Bacteria Use Electromagnetic Signals to Communicate
Discover how bacteria communicate through electromagnetic signals, a revolutionary discovery transforming our understanding of microbial communities and antibiotic resistance.
Cracking the Genomic Code: How Bacteria Rearrange Their Genes Like Musical Chairs
Discover how bacteria evolve through gene block rearrangements using the innovative event-driven approach in genomic research.
Bacterial Jujutsu: How Microbes Dominate by Using Their Rivals' Weapons
Discover how bacteria achieve dominance through strategic utilization of competitors' secondary metabolites in microbial warfare.
The Double-Agent Enzyme: How Bacterial Cell Wall Construction Could Revolutionize Antibiotics
Discover how the bifunctional enzyme undecaprenol kinase regulates bacterial cell wall construction and could lead to new antibiotics against Gram-positive pathogens.
The Bacterial Identity Crisis: How Vibrio extorquens Became Methylorubrum
The story of a microbe's reclassification reveals the silent revolution in taxonomy science, from Vibrio extorquens to Methylorubrum.
Hot and Cold: The Evolutionary Race of Bacterial Viruses in a Warming World
Explore how climate change is forcing bacteria and their viruses to adapt through thermal evolution, with implications for health and ecosystems.
The Silent Language of Bacteria: How E. coli "Feels" Its Way Through Our World
Discover how E. coli bacteria sense surface stiffness through flagellar motility and the implications for biofilm prevention and microbial ecology.
The Secret World of Estuarine Bacteria: How Tiny Microbes Shape Our Coastal Waters
Explore the fascinating world of free-living and particle-attached bacteria in estuaries and their crucial role in nutrient cycling and ecosystem health.
Tiny Green Gladiators: The Soil Bacteria That Fight Pollution and Fertilize Our Planet
Discover how lead-resistant, nitrogen-fixing bacteria are revolutionizing soil remediation and sustainable agriculture.
Unearthing Nature's Tiny Recyclers: The Hunt for Superpowered Soil Bacteria
Discover how scientists are screening humic soil to find bacterial superstars that can break down tough plant material and using cutting-edge genomics to understand their secret powers.