Research Articles
The Chemical World of Marine Algae and Cyanobacteria: From Earth's Oxygen to Future Tech
Explore the fascinating chemistry of marine algae and cyanobacteria - from oxygen production to biomedical applications and climate change impacts.
The Hidden World of Plant Galactolipids: How a Simple Sugar Shapes Life on Earth
Explore the fascinating world of plant galactolipids, the most common membrane lipids that enable photosynthesis and sustain life on Earth.
The Green Alchemists: How Scientists Finally Cooked Up Chlorophyll b in a Test Tube
Discover how scientists achieved the in vitro biosynthesis of chlorophyll b, unlocking the secret recipe for one of Earth's most important molecules.
The Silent Factory: Unlocking the Astonishing Production Secrets of a Tree
Discover how trees function as nature's most efficient factories, converting sunlight into wood and oxygen through sophisticated biological processes.
The Algae's Dilemma: How a Single Cell Spends Its Precious Copper
Explore how Chlamydomonas algae strategically allocates limited copper between photosynthesis and respiration through sophisticated cellular economics.
Unveiling Nature's Solar Engineers: The Hidden Geometry of Bacterial Chlorophylls
Discover the fascinating stereochemistry of bacteriochlorophyll gF and 8¹-hydroxy-chlorophyll aF from Heliobacterium modesticaldum and its implications for photosynthesis.
The Green Alchemists: Decoding Nature's Master Pigments
Recent breakthroughs in chlorophyll research revealing its roles in photosynthesis, plant biotechnology, and crop improvement.
The Color Code: How Plant Pigments Shape Life on Earth
Explore how plant pigments create Earth's living canvas, power ecosystems, and revolutionize agriculture, nutrition, and medicine through cutting-edge science.
The Asymmetric Architects: How Chlorophyll's Twisted Designs Power Life on Earth
Exploring how chlorophyll's chiral molecules and hidden asymmetries enable efficient photosynthesis, with breakthroughs in chlorophyll-f rewriting biology textbooks.