Research Articles
The Nereid on the Rise: Platynereis as a Model System
Explore Platynereis dumerilii, a marine annelid revolutionizing evolutionary biology, neurobiology, and regeneration research through its unique biological traits.
Set7: The Epigenetic Librarian of Fission Yeast
Discover Set7, a novel histone methyltransferase in Schizosaccharomyces pombe that methylates H3K37 and plays crucial roles in gametogenesis and epigenetic regulation.
The Silent Scissors: Unraveling the Mystery of How Your Body Cuts Collagen
Explore the fascinating mechanism of collagen breakdown from the substrate's perspective - how collagen's structure dictates how it gets taken apart.
Cracking the Crystal Code: How AI and Topology Are Revealing Secrets of Metal Creation
Discover how AI and topological data analysis are revolutionizing our understanding of crystal nucleation in metals like Tantalum, challenging classical theories and revealing atomic secrets.
Hunting the Hidden Killers: How Scientists Predict Oligomer-Specific Epitopes
Discover how scientists are developing precision tools to target toxic protein oligomers in neurodegenerative diseases through epitope prediction.
Beyond the Milky Way: How We Learned the Universe Is Vast
Explore the revolutionary journey of how our cosmic perspective shifted from a single galaxy to a universe teeming with billions of them.
The Invisible Sculptor: How Low-Energy Beams Are Revolutionizing Material Science
Explore how low-energy beam processing is transforming material science through precise surface engineering at the atomic level.
When Green Chemistry Gets Wet: The Secret Lives of Designer Liquids
Exploring how water affects Deep Eutectic Solvents through molecular dynamics simulations and their implications for green chemistry.
The Hidden Dance: How Particles Move in Complex Liquids
Exploring particle and tracer diffusion in complex liquids through advanced techniques like AI and electron microscopy, revealing insights for biology, medicine, and materials science.
The Invisible Sculptor: How AFM is Carving the Future of Nanotechnology
Explore how Atomic Force Microscopy has evolved from an imaging tool to a powerful nanofabrication platform, enabling precise manipulation at the atomic scale.