Research Articles
Beyond Living Cells: Engineering Biology for a Greener Industrial Revolution
Exploring the convergence of in vitro synthetic biology and AI-driven protein engineering for sustainable biorefineries.
Unlocking Protein Secrets: How SAAFEC-SEQ Predicts Mutation Impacts Without Blueprints
Discover how SAAFEC-SEQ revolutionizes protein mutation impact prediction using sequence data alone, outperforming traditional structure-based methods.
The Crimson Shield: How Hemoglobin Protects Your Teeth from Within
Discover how hemoglobin, the oxygen-carrying protein in blood, acts as an unexpected defender against tooth enamel erosion caused by stomach acids.
The Silent Conductor: Engineering a Precision Weapon Against Rheumatoid Arthritis
Discover how protein engineering created a high-affinity GM-CSFRα antibody to precisely target rheumatoid arthritis inflammation at its source.
The Invisible Scalpel: Mapping Life's Blueprint One Nucleotide at a Time
How single-nucleotide mutation mapping is revolutionizing protein design, metabolic engineering, and genetic medicine.
The Hidden Reserves: How Nitrogen Starvation Unlocks Yeast's Superpowers
Discover how nitrogen limitation reveals yeast's remarkable metabolic and translational reserve capacities, with implications for biotechnology and cellular biology.
Engineering the Unshakable: How Science Fortifies Maize Against a Hostile Climate
Discover how genetic engineering is creating climate-resilient maize to combat drought, heat, and salinity stresses threatening global food security.
Nature's Nano-Factories: How Microbes Are Brewing Better Medicines
Exploring how bioreductions using microbial enzymes are revolutionizing the production of chiral molecules for pharmaceuticals.
Harnessing Molecular Mimicry: How Monoclonal Antibodies Are Revolutionizing Cyanide Detoxification
Exploring how monoclonal antibodies are transforming cyanide detoxification through precision engineering and catalytic mimicry.
Unlocking Nature's Salty Secret: How a Fungus Supercharges Soybean Survival
Discover how Aspergillus glaucus fungus helps engineer salt-tolerant soybeans through aquaporin protein AgGlpF, offering solutions for global food security.