Research Articles
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.
The Invisible Revolution: How Automation is Rewriting the Rules of Biomedicine
Exploring the convergence of Automation, Biomedical Engineering and Computer Science in revolutionizing healthcare
Nano Warriors: How Ginseng-Derived Nanoparticles Are Revolutionizing Prostate Cancer Treatment
Discover how ginsenoside Rh2-loaded nanoniosomes are transforming prostate cancer treatment through targeted nanotechnology.
Androgen Ablation Fallout: Decoding Prostate Cancer's Molecular Evolution
Exploring the genetic mechanisms behind prostate cancer's resistance to androgen deprivation therapy and emerging treatments for castration-resistant prostate cancer (CRPC).