Research Articles
Decoding the Toxicity Puzzle: The Digital Detective Making Our World Safer
Explore how Tox21Enricher-Shiny uses functional enrichment analysis to predict chemical toxicity and make our world safer through computational toxicology.
Cracking Nature's Code: The Computational Revolution in Genomics
Explore the statistical and computational methods powering modern genomic research and how they're transforming our understanding of biology.
WormNet v3: The Crystal Ball for Unlocking the Secrets of a Tiny Worm
How WormNet v3, a digital network, is revolutionizing genetics by predicting gene functions and accelerating discoveries in aging and disease using C. elegans.
From Code to Cures: How Computational Biology is Decoding Life's Secrets
Explore how computational biology is revolutionizing medicine, predicting pandemics, and designing drugs through the power of computer science and biology.
The miRNA Detective: How Computational Sleuths Uncover Hidden Gene Regulators
Explore how computational methods and experimental techniques uncover miRNA targets and their role in gene regulation
Cracking Life's Code: How Biological Information Gets a Digital Revolution
Exploring the convergence of digital and biological sciences revolutionizing how we understand and engineer life's information systems.
The Gene Whisperers: How Algorithms Decode the Secret Language of Our Cells
Explore how clustering algorithms transform gene expression data into biological insights, accelerating discoveries in cancer research, drug development, and evolutionary biology.