Research Articles
The Invisible Architecture of Life: How Scientists Are Predicting Protein Structures
Explore the revolution in protein structure prediction, from AlphaFold breakthroughs to quaternary structure modeling and quality assessment methods.
The Cellular Symphony: How Scientists Are Learning to Listen with Multi-Omics
Explore how multi-omics data integration is transforming biology from studying individual components to understanding complex biological systems as a whole.
Building Family Trees for Microbes Without the Puzzle of Alignment: How JolyTree Revolutionizes Phylogenetics
Explore how Criscuolo's JolyTree method revolutionizes microbial phylogenetics using alignment-free approaches for faster, accurate evolutionary tree construction.
SYK: The Unexpected Cellular Switch Driving Multiple Myeloma
Discover how SYK (spleen tyrosine kinase) acts as a master cellular switch driving multiple myeloma progression and treatment resistance through bioinformatics analysis.
BioSAILs: Charting a Smoother Course Through the Sea of Genomic Data
Explore how BioSAILs revolutionizes genomic data analysis through standardized workflows, making high-throughput bioinformatics accessible and reproducible.
Unlocking Life's Code: The Hunt for Regulatory Motifs in Our Genome
Explore the fascinating world of regulatory motif discovery - from basic concepts to cutting-edge meta-analysis approaches in genomics.
Taming the Errors: How Scientists Filtered Noise from SOLiD Sequencing Data
Explore how scientists developed computational frameworks to filter noise from SOLiD sequencing data, improving accuracy in genetic analysis and clinical applications.
Cracking the Mitochondrial Code: How SG-ADVISER mtDNA Reveals Secrets of Healthy Aging
Discover how SG-ADVISER mtDNA web server is revolutionizing mitochondrial DNA analysis and providing insights into healthy aging through the Wellderly cohort study.
Unlocking the Cell's Social Network: The Hunt for Biological Modules
Explore how integrative approaches in systems biology are revealing the modular structure of cellular networks and transforming our understanding of complex diseases.
Cracking Nature's Code: Optimizing Consensus Algorithms for Highly Variable Amino Acid Sequences
Discover how scientists are revolutionizing consensus algorithms to decode highly variable amino acid sequences and their implications for personalized nutrition and health.