Research Articles
MDMD: The Microbial Matchmaker—How Computer Science is Fighting Superbugs
Discover how the MDMD computational model uses heterogeneous networks and metapath analysis to predict drug-microbe interactions and combat antibiotic resistance.
Cracking the Cell's Secret Code: How Scientists Decode Tiny RNA Messages
Discover how bioinformatics helps scientists analyze microRNA sequencing data to understand cellular regulation and disease mechanisms.
The Protein Shapeshifters: How Chaos in Our Cells Drives Life's Machinery
Exploring intrinsically disordered proteins and their crucial role in functional proteomics
The Cellular Double Agent: How a "Clean-Up" Gene Could Predict Liver Cancer's Next Move
Exploring how mitophagy-related genes can predict outcomes in hepatocellular carcinoma and revolutionize liver cancer treatment.
The Joint's Secret Language: How Synovial Tissue Patterns Are Revolutionizing Rheumatoid Arthritis Treatment
Discover how synovial tissue phenotypes are transforming rheumatoid arthritis treatment through precision medicine approaches.
The Genomic Secrets of Kimchi: How a Korean Fermented Food Bacterium Could Revolutionize Gut Health
Explore the genomic analysis of Lactobacillus plantarum GB-LP1 from Korean fermented foods and its potential health benefits
The Tiny Orchestra in Our Cells: How a Miniature RNA Trio Drives Breast Cancer
Discover how the miR-183/-96/-182 cluster drives breast cancer progression by increasing cell proliferation and migration. Learn about the groundbreaking research and future therapeutic possibilities.
The Hidden Garden Within: How the Breast's Unique Bacteria May Influence Cancer
Exploring the revolutionary connection between breast tissue bacteria and breast cancer development through genomic research.
Cracking Nature's Code: How Evolution-Inspired Algorithms Decode Our Genes
Discover how evolutionary clustering algorithms inspired by natural selection are revolutionizing gene expression data analysis and revealing hidden patterns in our genetic code.
The Glioma Saboteur: How a Misguided Protein Fuels a Deadly Brain Cancer
Discover how CDC6 protein hijacks cellular communication to drive glioma growth through IL6/JAK2/STAT3 signaling pathway.