Research Articles
Advanced Sampling for Molecular Simulation is Coming of Age
Explore how advanced sampling methods are revolutionizing molecular simulation, enabling unprecedented insights into protein dynamics and drug discovery.
Beyond the Blueprint: How Genome Graphs and Streaming Workflows Are Revolutionizing Biology
Exploring how genome graphs and streaming workflows are transforming computational biology through high-performance computing innovations presented at HiCOMB 2025.
How a Single Molecule in Your DNA Can Change Everything
Explore how computational biology predicts how single molecule changes in DNA can alter cellular function and impact health.
Decoding Life: The Bioinformatics Revolution at APBC2009
Exploring the breakthroughs and research presented at the Seventh Asia Pacific Bioinformatics Conference in Beijing, where computational biology transformed our understanding of life's molecular machinery.
Rewriting the Code of Life: How Computation is Reprogramming Biology
Explore how computational approaches are revolutionizing cellular reprogramming and the future of regenerative medicine.
The Secret Architecture of You: How 'Bound Water' Builds Your Body
Discover how computational science reveals the crucial role of bound water in collagen II structure and joint health
Taming the Giants: How Scientists Are Shrinking Biology's Most Complex Models
Explore how scientists use model reduction techniques to simplify complex biological models while preserving essential behaviors and predictive accuracy.
The Digital Tug-of-War: How Computers Decode the Dance of Life
Explore how computer simulations calculate forces between proteins and DNA, revealing the fundamental mechanics of life at the molecular level.
Beyond the Parts: How Systems Biology Is Revealing Life's Hidden Blueprint
Discover how systems biology is revolutionizing our understanding of life's complexity through holistic approaches, network analysis, and computational modeling.
The Spherical Maze: How Computers Decode the Curved Universe of Our Cells
Discover how scientists are using computational models to understand the complex curved structures of cellular membranes and their biological significance.