Research Articles
Decoding Metabolic Pathways: Computational Tools Unlock Cellular Secrets
Explore how computational tools are revolutionizing our understanding of metabolic pathways, from drug metabolism prediction to cellular energy production.
WholeCellViz: Visualizing the Symphony of a Living Cell
Explore WholeCellViz, a revolutionary visualization platform that transforms cellular data into animated, interactive visualizations of living cells.
From Structure to Behavior: How Biomodel Engineering is Decoding Life's Secrets
Explore how biomodel engineering transforms biology into a predictive science through computational modeling, Petri nets, and multi-scale approaches.
Cracking Biology's Code: How Inverse Problems Are Revolutionizing Life Sciences
Explore how inverse problems are transforming biological research, from cardiac mapping to neurodegenerative disease breakthroughs.
Systems Biology: The Next Frontier for Bioinformatics
Explore how systems biology is revolutionizing bioinformatics through holistic approaches to understanding biological complexity
The Computational Microscope: Seeing Proteins in Motion
Explore how molecular modeling has become a computational microscope, allowing us to watch proteins in motion and transforming our understanding of diseases and drug design.
Cracking the Cell's Code: How Metabolic Network Modeling is Revolutionizing Biology
Explore how metabolic network modeling is transforming biology through digital cell simulations, disease research, and biotechnology applications.
Mathematical Modeling in Systems Biology: An Introduction
Explore how mathematical modeling is revolutionizing systems biology, from understanding cellular networks to predicting biological behaviors.
ARBRE: The Digital Alchemist Predicting Nature's Chemical Pathways
Discover how ARBRE computational resource predicts sustainable pathways for aromatic compounds production using biological methods.
The Digital Leaf: Cracking the Code of Plant Metabolism
Explore how computational models are revolutionizing our understanding of plant metabolism, from digital tomatoes to sustainable agriculture.