Research Articles
The Hidden Shield: How Cancer Cells Resist Targeted Therapy
Discover how cancer cells use backup systems to resist targeted therapies through MTH1-independent 8-oxodGTPase activity.
FILER: The Genomic Search Engine That's Revolutionizing Biology
Discover how FILER is transforming genomics research by harmonizing and querying massive functional genomics datasets with unprecedented efficiency.
The Genetic Symphony: How the Type II Beta Protein Kinase Regulatory Subunit Gene Switches On
Explore the GC-rich, cAMP-inducible promoter of the type II beta cAMP-dependent protein kinase regulatory subunit gene and its role in cellular signaling.
EpiSurf: The Viral Mutation Detective Protecting Our Vaccines
Discover how EpiSurf helps scientists track viral mutations that could impact vaccine effectiveness through advanced epitope analysis and conservancy tracking.
Decoding Life's Blueprint: How Structural Biology is Revolutionizing Drug Discovery
Explore how structural biology is transforming drug discovery through advanced techniques like cryo-EM and AI, enabling precise targeting of molecular mechanisms.
The Cellular Switchboard: How SOS Proteins Guide Our Cells' Decisions
Explore the fascinating world of SOS proteins and their critical role in cellular decision-making, based on genomic and functional characterization of embryonic fibroblasts from knockout mice.
The Genomic Battlefield: How Scientists Are Unlocking Plant Immunity Secrets
Discover the genomic battle between Medicago truncatula and Aphanomyces euteiches and how functional genomics is revolutionizing plant disease resistance.
The Genomic Recipe Book Behind Salmonid Superpowers
Discover how salmonid fishes evolved into master ecological specialists through population genomics and genetic adaptation.
Tiny Fish, Big Hope: How Zebrafish Are Revolutionizing Kidney Disease Research
Discover how zebrafish are transforming kidney disease research through their unique biological features and genetic similarity to humans.
How Scientists Found Nemo's Genes: A Genomic Breakthrough
Discover how scientists used hybrid genome sequencing to decode the clownfish genome, combining Illumina and Nanopore technologies for groundbreaking results.