Research Articles
Cracking the Molecular Code: How AI Predicts Where Proteins and DNA Interact
Discover how AI models like ATMGBs predict protein-nucleic acid binding sites using protein language models and biophysical principles
The Digital Lab Coats: How Nucleic Acids Research Web Servers Power Modern Biology
Explore how Nucleic Acids Research Web Server Issue democratizes scientific discovery through accessible computational tools for biological research.
The 2011 Molecular Data Gold Rush: How Biologists Learned to Organize Life's Code
Explore how the 2011 Nucleic Acids Research Database Issue revolutionized biological data organization and fueled discoveries in genetics and molecular biology.
The New Frontier: When Bioinformatics Meets Brain-Inspired Computing
Exploring the convergence of bioinformatics and neuromorphic computing to solve biological data challenges with brain-inspired hardware.
The DNA Detective: How Sequence Alignment Cracked Life's Code
Explore how sequence alignment algorithms revolutionized genomics and computational biology, from BLAST to modern AI approaches.
The Digital Library of Life: How Protein and Nucleic Acid Databases Are Revolutionizing Science
Explore how biological sequence databases are transforming scientific discovery through global collaboration and advanced data management.
Bioinformatics Patents Are Revolutionizing Drug Discovery: Here's How
Discover how bioinformatics patents are transforming drug discovery through AI-driven approaches, recent innovations, and the future of medicine.
The Data Deluge: Can Bioinformatics Keep Pace with the DNA Sequencing Revolution?
Exploring how bioinformatics ensures data quality in the era of next-generation sequencing and its critical role in modern genomics and personalized medicine.
Decoding the Deadly Duo: How Bioinformatics Unlocks Secrets of Scleroderma-Linked Pulmonary Hypertension
How bioinformatics is unlocking the secrets of scleroderma-linked pulmonary hypertension through genetic analysis and computational biology.