Research Articles
Seeing with Sound: The Tiny Protein Bubbles Revolutionizing Ultrasound Imaging
How genetically engineered gas vesicles are transforming medical imaging by allowing us to visualize individual cells with ultrasound technology.
The Tiny Algae Revolution: How Cyanidioschyzon merolae is Fueling Our Future
Discover how the extremophile algae Cyanidioschyzon merolae is revolutionizing biofuel production and sustainable biotechnology.
Cytokine Cocktails: The Tiny Proteins Engineered to Revolutionize Cancer Therapy and Beyond
Explore how engineered cytokines are transforming medicine through chemical synthesis and protein engineering to treat cancer and autoimmune diseases.
The Gene Editing Revolution: Engineering Tomorrow's Crops Today
Explore how precision gene editing technologies like CRISPR, base editors, and chromosome engineering are transforming agriculture to meet global food security challenges.
Bunny Armor: The Cutting-Edge Science Protecting Rabbits from Deadly Diseases
Discover how genetic engineering and advanced immunology are creating breakthrough vaccines to protect rabbits from RHDV, coccidiosis, and other deadly diseases.
Microbial Marvels: When Tiny Factories Changed the World (And How We Learned to Build Them!)
Exploring the revolutionary field of industrial microbiology and biotechnology through the lens of the pivotal JIMB BioMicroWorld2007 special issue.
Unlocking Nature's Sugar Traps: The Enzyme Revolution You've Never Heard Of
Discover how engineered amadoriase enzymes are revolutionizing diabetes treatment, diagnostics, and industrial applications through directed evolution.
The Flip Side of RNA Control: How a Yeast Protein Bends the Rules of Genetic Regulation
Discover how the yeast protein PUF4 challenges conventional RNA-binding rules with its unique base-flipping mechanism, revealed through comprehensive thermodynamic modeling.
The Immune Soldiers Within: How Engineered T-Cells Are Revolutionizing Alzheimer's Fight
Breakthrough research shows how engineered regulatory T cells targeting amyloid-β can dramatically reduce Alzheimer's pathology and restore memory in mouse models.
Nature's Blueprint: How Biomolecules Are Revolutionizing Nanocomposite Materials
Exploring how nature's biomineralization processes inspire revolutionary nanocomposite materials for medicine, electronics, and environmental technologies.