Research Articles
Beyond the Blueprint: Ensuring Stability in Engineered Antibodies
Exploring how orthogonal analytical methods ensure stability and quality in engineered therapeutic antibodies for future treatments.
Unlocking Nature's Sweetness: How Genetic Discovery Could Create Better-Tasting Rapeseed
Discover how scientists identified the BnaRFS gene family and characterized BnaRFS6 to potentially create sweeter, more resilient rapeseed varieties through genetic engineering.
Dual-Action Warriors: The New Frontier in Rheumatoid Arthritis Treatment
Exploring synoviocyte-targeted biologics and bispecific therapies for rheumatoid arthritis treatment that precisely target inflamed joints while preserving systemic immunity.
Engineering the Perfect Molecular Scissors: How AI and Smart Design Are Revolutionizing TEV Protease
Discover how AI and smart design are transforming TEV protease into a universal platform for scientific discovery through distal site prediction and machine learning.
The Double-Edged Helix: How AI is Revolutionizing Biology and Challenging Global Biosecurity
Exploring the intersection of artificial intelligence and biology, highlighting both revolutionary advances and biosecurity challenges in life sciences.
Rewiring the Spine: How Light and Genetics Are Healing Spinal Cord Injuries
Discover how optogenetics is revolutionizing spinal cord injury treatment through light-activated neural regeneration and the JAK2/STAT3 pathway.
Unlocking the Secrets of Plant Survival: How Microscopy Reveals Nature's Stress-Fighting Mechanisms
Discover how confocal laser scanning microscopy reveals how plants manage reactive oxygen species under stress conditions through the TROL-FNR system.
Unlocking Bacterial Fortresses: How a Secretion System Helps Phage Enzymes Fight Infections
Discover how the SprA protein helps bacteriophage endolysin lyse Gram-negative bacteria, offering new hope in the fight against antibiotic resistance.
Machine Learning Designs Next-Generation Obesity Therapeutics
Discover how machine learning is accelerating the design of GCGR/GLP-1R dual agonists for obesity treatment, with enhanced biological potency and reduced development timelines.
Taming Nature's Catalysts: How Scientists Engineered Precision Control in Enzymatic Halogenation
Discover how scientists transformed a common enzyme into a specialized halogenation catalyst with programmable precision through structure-guided directed evolution.