Research Articles
MetNet: Decoding the Blueprint of Life - How Computational Biology Is Revolutionizing Our Understanding of Metabolism
Explore how MetNet's computational approach is transforming our understanding of metabolic networks through automated reconstruction and comparison across organisms.
Cracking the Cell's Code: How Mathematical Models Guide Us to Engineer Better Bacteria
Explore how Non-stationary Metabolic Control Analysis is revolutionizing E. coli metabolic engineering for sustainable biotechnology applications.
The Brain's Cartographers: How PUPS and CANTOR Map Neuroscience's Most Complex Networks
Exploring how PUPS and CANTOR computational systems help neuroscientists analyze the brain's complex networks and connectivity patterns.
Digital Mirrors of the Cellular World: How Genome-Scale Models Are Revolutionizing Biology
Explore how genome-scale in silico models are transforming biology into a predictive science through computational reconstructions of living cells.