Research Articles
CRISPR: The Microscopic Scissors Rewriting the Code of Life
Explore how CRISPR gene-editing technology is revolutionizing medicine, from curing genetic diseases to lowering cholesterol with a single treatment.
Gene Editing Revolution: CRISPR Unlocks a Biofuel Powerhouse
Discover how CRISPR-Cas9 technology is revolutionizing biofuel production by engineering Rhodosporidium toruloides yeast with unprecedented efficiency.
Tiny Reactors, Giant Leaps: How Microreactor Technology is Revolutionizing Biotechnology
Exploring the revolutionary impact of microreactor technology on biotechnology as presented at the IMTB 2015 Conference.
Nature's Tiny Factories: How Trametes Fungi Revolutionize Biotechnology
Explore how oxidoreductase enzymes from Trametes fungi are transforming biotechnology with applications in pulp processing, food tech, environmental remediation, and medicine.
The Magnetic Revolution: How Tiny Particles are Supercharging Enzyme Technology
Explore how magnetic enzyme immobilization is revolutionizing biotechnology with enhanced efficiency, reusability, and sustainability in industrial processes.
Material-Binding Peptides: The Future of Sustainable Innovation
Discover how material-binding peptides are revolutionizing medicine, environmental science, plant health, and biocatalysis through precise molecular interactions.
Nature's Ultimate Survivors: The Super-Enzymes From Earth's Most Extreme Places
Discover how extremozymes from Earth's most hostile environments are revolutionizing medicine, industry, and sustainability through cutting-edge biotechnology.
The Enzyme Switchboard: Teaching Nature's Catalysts New Tricks
Exploring how enzyme engineering is revolutionizing biomedicine, biofuels, and biotechnology by reprogramming nature's catalysts with molecular switches.
Slime Team Dream: How Cyanobacteria Power Nature's Tiny Recycling Crews
Exploring how cyanobacteria-driven mixed-trophy biofilms revolutionize wastewater treatment, carbon capture, and green biotechnology.
The Invisible Assembly Line: How Immobilized Enzymes and Cells Are Revolutionizing Biotechnology
Explore how immobilized enzymes and cells are transforming biotechnology through enhanced stability, reusability, and industrial applications.