Research Articles
The Invisible Arms Race: How a Potato Pathogen Outfits Itself for Domination
Genomic and metabolic comparison reveals how Dickeya solani has emerged as a dominant potato pathogen through distinctive metabolic activities and toxin repertoire.
The Oil-Eating Microbe That Could Rescue Our Planet: Tsuneonella flava's Genomic Secrets
Discover how Tsuneonella flava SS-21NJ's decoded DNA is unlocking powerful strategies to turn oil sludge into harmless byproducts through bioremediation.
The Invisible Universe Within: Why Completing the Metabolome is Biology's Next Great Frontier
Exploring the uncharted frontier of metabolomics and its revolutionary potential in medicine and biology.
The Invisible Architects: How Microbiome's Minor Players Revolutionize Plant Deconstruction
Discover how low-abundance microbial specialists orchestrate plant cell wall deconstruction, enabling breakthroughs in biofuel production and sustainable materials.
Unlocking the Past: How Scientists Rescue RNA from Frozen Tissue Time Capsules
Discover how scientists isolate intact RNA from cryosectioned archived frozen tissues to unlock molecular secrets of past diseases.
The Invisible Social Networks of Bacteria: How AcCNET Reveals Genomic Secrets
Discover how AcCNET uses bipartite networks to map bacterial accessory genomes, revealing secrets of antibiotic resistance and microbial evolution.
Unlocking Rotavirus Secrets: How Lamb Genomes Reveal Viral Evolution Across Species
Discover how whole genome sequencing of lamb rotaviruses reveals cross-species viral evolution and informs vaccine development for livestock and humans.
Cracking the Code: How Single-Cell Science Is Revolutionizing Liver Cancer Treatment
Discover how single-cell analysis is transforming our understanding of liver cancer immunotherapy resistance and response.
Silencing the Silence: How Genomic Science is Rewriting the Future of Hearing Loss
Explore how genomic breakthroughs are revolutionizing our understanding and treatment of hearing loss through inner ear regeneration and gene therapy.
The Mutant Garden: How Chemical Chaos in Tomatoes is Revolutionizing Our Salad Bowl
Exploring how EMS mutagenesis is creating genetic diversity in tomatoes to combat disease, climate change, and yield stagnation.