Research Articles
A Short Course in Computational Molecular Biology
How computational biology and algorithms like BLAST help us decipher DNA and make groundbreaking discoveries like the BRCA2 gene.
The Biology of Power: How Evolution and Neuroscience Shape Our Political World
Exploring the interdisciplinary field of biopolitics and how biological factors influence political behavior, decision-making, and governance.
Biodiversity's Tapestry: Why Losing Threads Unravels Our Ecosystems
Exploring how biodiversity loss impacts ecosystem functioning and stability through scientific research and experiments.
The Eternal Arms Race: Coevolution Between Plants and Herbivores
Exploring the fascinating evolutionary dance between plants and herbivores through coadaptation and coevolution mechanisms.
Gold Nanoparticles: Growth Kinetics and Controlled Auto-Assembly
Explore the fascinating science behind gold nanoparticles, their growth kinetics, and controlled auto-assembly for advanced applications in medicine and technology.
Unveiling the Protein Chaos: How Science is Decoding the Human Body's Disordered Molecules
Explore the fascinating world of intrinsically disordered proteins and how their conformational ensembles are revolutionizing our understanding of biology.
The Bone Paradox: Unraveling the Skeletal Mysteries of St. Lawrence Island Eskimos
Exploring the fascinating science behind bone mineral content in St. Lawrence Island Eskimos and the surprising findings about their skeletal health.
When Computers Became Scientists: The Revolutionary Legacy of ICCS 2001
Exploring the groundbreaking computational science research presented at ICCS 2001 and its lasting impact on modern scientific discovery.
Thomas Henry Huxley: The Man Who Put Us in Our Evolutionary Place
Explore how Thomas Henry Huxley's anatomical research fundamentally changed our understanding of human evolution and our place in the natural world.
The Scale of Nature: How Perspective Shapes Our Understanding of Ecological Patterns
Exploring Simon Levin's groundbreaking work on pattern and scale in ecology, the central problem that shapes our understanding of environmental systems.