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.
Virus Hunters: How Sewage from Hospitals Could Solve the Antibiotic Crisis
Discover how bacteriophages from hospital wastewater offer hope against antibiotic-resistant Pseudomonas aeruginosa infections through cutting-edge phage therapy research.
Nature's Hidden Arsenal: How Plant Flavonoids Could Defeat a Deadly Superbug
Discover how plant flavonoids show promise in fighting antibiotic-resistant Klebsiella pneumoniae through computational screening and molecular dynamics simulations.
Timentin: The Dynamic Duo Battling Hospital-Acquired Infections
Explore how Timentin combats nosocomial infections through its dual-action mechanism against antibiotic-resistant bacteria.
The Secret World Beneath the Ganges: How Virus Hunters Are Uncovering River Mysteries
Explore the hidden world of phages, microbial taxa, and antibiotic resistance genes in the River Ganges sediments through metagenomic analysis.
The Hidden World in Your Water: A Glimpse Into Mansehra's Drinking Water
Scientific investigation reveals alarming microbial contamination and antibiotic resistance in drinking water from Mansehra district, Pakistan.
The Invisible Arms Race: Our Battle Against MRSA and VRE Superbugs
Exploring the battle against MRSA and VRE superbugs, their resistance mechanisms, and the critical role of last-resort antibiotics like daptomycin, linezolid, and vancomycin.
Decoding the Invisible War: How Mass Spectrometry Reveals Antibiotic-Bacterial Conversations
Exploring how mass spectrometry-based metabolomics decodes bacterial responses to antibiotics with unprecedented precision in the age of rising resistance.
The Invisible War: How COVID-19 Unleashed a Hidden Epidemic of Bloodstream Superbugs
Exploring how COVID-19 pandemic reshaped microbial landscapes, amplified antibiotic resistance, and transformed clinical protocols through blood culture analysis in ICU patients.
Light-Activated Assassins: How a Green Molecule and Table Salt Are Revolutionizing Infection Control
Breakthrough research shows how dicationic chlorins combined with potassium iodide create a potent, light-activated therapy against antibiotic-resistant biofilms.