Research Articles
The Systems Symphony: Decoding Life's Complex Harmonies
Exploring the holistic approach of systems biology that integrates biology with computational modeling to decode life's complex networks.
Nature's Catalytic Wizards: How Evolution Shapes Enzymes and Inspires Tomorrow's Biotech
Exploring how evolution shapes enzymes and how we can harness these strategies for biomimetic applications in biotechnology.
The Droplet Revolution: Engineering Life's First Steps in a Test Tube
Exploring how combinatorial engineering of monodisperse coacervate droplets is advancing protocell research and synthetic biology.
The Tooth Bank: How Baby Teeth Stem Cells and a Key Protein Could Revolutionize Neural Repair
Exploring how dental stem cells combined with CNTF protein can revolutionize neural repair for Alzheimer's, stroke, and spinal cord injuries.
Brewing Scents & Savings: How Engineered Bacteria Become Tiny Terpenoid Factories
Exploring how metabolic engineering transforms E. coli into efficient terpenoid production factories for pharmaceuticals, flavors, and fuels
The Hidden Hormones: How Scientists Unlock Sorghum's Growth Secrets
Discover how gibberellins regulate sorghum's remarkable resilience to drought and salinity, offering solutions for climate-resilient agriculture.
The Invisible Blueprints of Life: How MetNet Decodes Nature's Metabolic Fingerprints
Discover how MetNet's two-level approach revolutionizes metabolic network reconstruction and comparison across species.
The Yuck Factor: Decoding Disgust and Engineering Acceptance in Science and Society
Exploring the neuroscience of disgust and strategies to overcome the 'yuck factor' in adopting sustainable technologies.
Unlocking Cancer's Fortress: How Engineered Microenvironments Are Revolutionizing the Fight Against Tumors
Exploring how engineered tumor microenvironments are transforming cancer research and drug development.
Beyond Green: The Cutting-Edge Science Supercharging Plant Power
Explore the latest breakthroughs in photosynthesis research, from enzyme turbocharging to infrared photosynthesis, and how these innovations could transform our crops and carbon battle.