Research Articles
Cracking Chagas: How Scientists Are Teaching Computers to Find Vaccine Clues in Our Immune Cells
Discover how researchers are combining cellular immune biomarkers with machine learning to develop potential correlates of protection for a Trypanosoma cruzi vaccine against Chagas disease.
Cracking the Cell's Code: How AI Is Reverse-Engineering Biology's Master Program
Discover how machine learning is revolutionizing our understanding of gene regulatory networks - the biological wiring diagrams that control cellular development and function.
How AI Learns Enzyme Temperature Preferences by Ignoring What's Important
Discover how machine learning models predict enzyme temperature optima more accurately by excluding conserved amino acids, revolutionizing biotechnology applications.
Unlocking Nature's Superheroes: How AI Is Decoding Extremophile Proteins
Discover how machine learning is revolutionizing the classification of extremophile proteins, enabling breakthroughs in biotechnology and industrial applications.
From Data to Discovery: How Bioinformatics Turns Digital Treasure into Biological Gold
Explore how bioinformatics transforms biological data into meaningful discoveries through data mining, machine learning, and AI applications in protein design and materials science.
Beyond the Library of Life: How AI is Designing Next-Generation Proteins from Scratch
Discover how artificial intelligence is revolutionizing protein engineering by creating entirely new molecular structures from scratch through machine learning extrapolation.
Cracking the Heat Code: How AI Learns to Spot a Heat-Loving Protein
Discover how machine learning algorithms detect thermophilic proteins by analyzing amino acid and dipeptide composition patterns for heat resistance.