Research Articles
Unlocking Maize's Superpower: How Its Metabolic Network Shapes Gene Regulation
Discover how maize's metabolic network constrains gene regulation in C4 photosynthesis and the implications for future crop engineering.
The Secret Modules of Cyanobacteria: How Ancient Microbes Mastered Photosynthesis
Explore the fascinating modular design of cyanobacterial photosynthesis and its implications for climate change and agriculture.
The Tomato Tweak: How Scientists Supercharged Photosynthesis for a Bigger Harvest
Discover how multi-gene metabolic engineering in tomato plants increased fruit yield by 23% through enhanced photosynthesis efficiency.
Nature's Carbon Capture: How Tiny Bacteria Could Revolutionize Agriculture
Discover how cyanobacterial CO2-concentrating mechanisms could transform crop efficiency and revolutionize agriculture through metabolic engineering.
The Tiny Carbon Factories: How Carboxysomes Supercharge Photosynthesis and Might Save Our Crops
Discover how carboxysomes, nature's nano-solution to inefficient photosynthesis, could revolutionize agriculture and combat climate change.
Unlocking the Secret of Supercharged Photosynthesis: Galdieria Rubisco's Molecular Clutch
Discover how Galdieria's Rubisco enzyme achieves unprecedented carbon fixation efficiency through its unique molecular clutch mechanism.