Research Articles
CrossCheck: The Smart Scientist's Key to Unlocking Big Data Mysteries
Discover how CrossCheck revolutionizes high-throughput screen data analysis in modern biology, making big data accessible to all researchers.
Cracking Pompe's Code: How Bioinformatics Reveals Hidden Immune Players in Muscle Disease
Discover how bioinformatics and machine learning are uncovering the role of immune cells in infantile-onset Pompe disease, revealing new therapeutic targets.
Visualizing the Flow of Knowledge: How Biologists Map the Evolution of Life's Vocabulary
Explore how biologists track the temporal distribution of terminologies in biological ontologies and why this process is crucial for understanding disease and protecting against pandemics.
Decoding Nature's Lego: How SMART Revolutionized Protein Discovery
Discover how SMART transformed protein domain identification and accelerated biological research through computational analysis of signaling domains.
Harnessing Nature's Blueprint: The Hunt for a Cancer-Fighting Molecule
Exploring how computational drug design identifies promising compounds from soursop to combat cancer by targeting the PirH2 protein.
Hunting Cancer's Hidden Saboteurs: When Tiny Mutations Re-Wire Our Cellular Engines
Discover how bioinformatic pipelines identify change-of-function mutations that reprogram cancer cell metabolism, opening new avenues for targeted therapies.
Decoding Life's Blueprint: How Computers Revolutionized Our Reading of DNA
Exploring how computational approaches transformed next-generation sequencing data into biological insights, with a focus on the Human Cell Atlas project.