Research Articles
The Invisible Dance of Proteins: How AI and Simulations Unlock Nature's Secrets
Explore how molecular dynamics simulations and machine learning are revolutionizing our understanding of protein function and dynamics.
Decoding the Genome's Social Network: How AI Identifies Functional Gene Groups
Explore how AI and machine learning are revolutionizing functional genomics by identifying discriminant functional gene groups through integration of expression data and biological knowledge.
Mapping the Genomic Landscape: How Interpretable AI is Revolutionizing Genetics
Explore how interpretable machine learning, particularly MrIML, is transforming genomic research by providing transparent insights into complex genetic landscapes.
Decoding Life's Blueprint: How AI is Learning to Read Phenotypes
Explore how artificial intelligence is transforming phenotype research, from predicting butterfly development to diagnosing rare genetic diseases.
Boundary-Forest Clustering: The Consensus Approach Revolutionizing Biological Sequence Analysis
Explore how Boundary-Forest Clustering combines random forest algorithms with boundary detection to revolutionize biological sequence analysis with unprecedented accuracy and scalability.
Advances in Inflammatory Bowel Disease Diagnostics: Machine Learning and Genomic Profiling Reveal Key Biomarkers for Early Detection
Explore how AI and genomic profiling are revolutionizing IBD diagnostics through biomarker discovery and machine learning algorithms for early detection and personalized treatment.
Decoding a Seafood Pathogen: How AI Is Exposing Vibrio's Hidden Evolution
Discover how bioinformatics and machine learning are revealing the genomic evolution of Vibrio parahaemolyticus across environmental, seafood, and clinical isolates.