Research Articles
Targeting Stearoyl-CoA Desaturase 1: The Metabolic Key to Combating Liver Cancer
Exploring SCD1's role in hepatocellular carcinoma and its potential as a therapeutic target for liver cancer treatment.
The Hidden Language of Lichens: How Chemical Fingerprints Reveal Nature's Mysteries
Discover how phenolic compounds in lichens serve as chemical fingerprints for identification and taxonomy, revealing evolutionary relationships and ecological adaptations.
The Narrow Gate: How a Single Enzyme Shapes Our Hormones and Health
Exploring the critical role of steroid 21-hydroxylase in hormone production and its impact on human health through recent scientific discoveries.
The Hidden World of Egg Toxic Compounds: Nature's Delicate Balance Between Protection and Peril
Explore the fascinating science behind egg toxic compounds, from natural antimicrobial defenses to environmental contaminants and Salmonella outbreaks.
The Two-Faced Protein: A Tale of Ribosomes and Cell Destiny
Discover the fascinating relationship between ribosomal protein RPS21 and HLDF differentiation factor, sharing a common N-terminal sequence with profound implications for cellular biology.
Sticky Fibrils: How Amyloid Fibers Tame a Messy Polymer
Discover how amyloid fibrils are revolutionizing polydopamine formation, creating precise materials for medical and environmental applications.
Pheromone Research: The Hidden Language of Chemicals
Explore the fascinating world of pheromones - from agricultural applications to the ongoing debate about human pheromones and their effects on behavior.
Nature's Blueprint: How Bionics is Revolutionizing Wood
Exploring how bionics and biomimetic principles are transforming wood composites into high-performance, sustainable materials inspired by nature's designs.
Nature's Salty Survivors: The Medicinal Power of Amaranthaceae Halophytes
Exploring the remarkable medicinal properties and phytochemistry of Amaranthaceae halophytes from the French Flanders coast.
The Invisible Umbrella: How Plants Use Isoprene to Weather the World's Storms
Discover how plants use isoprene as a molecular shield to withstand environmental stress and its impact on global climate.