Research Articles
Cracking the Code: Uncovering Hidden Clues in an Aggressive Breast Cancer
Discover how integrated genomic analysis reveals hidden genetic regulators in triple-negative breast cancer affecting Latina women, paving the way for new treatments.
The Silent Genetic Revolution: How Science is Transforming the Humble Chickpea
Discover how genomic advances and breeding technologies are revolutionizing chickpea cultivation to address climate challenges and food security.
Cracking the Viral Code: How Genomic Sleuths Are Re-Classifying Retroviruses
Explore how machine learning and genomic data are revolutionizing retrovirus classification, from HIV research to ancient viral fossils in our DNA.
MicroRNAs: The Tiny Conductors of Our Genetic Orchestra
Explore the fascinating world of microRNAs - tiny genetic regulators that are revolutionizing genomic science and medicine.
The Needle in a Million Haystacks: How Computers Find What Truly Matters in Our Genes
Discover how simultaneous classification and feature identification in high-dimensional data is revolutionizing molecular profiling and personalized medicine.
Cracking Cancer's Code: How Data Science is Predicting Patient Survival
Explore how feature selection and survival modeling in TCGA are transforming cancer prognosis through multi-omics data integration and computational biology.
Cracking the Genome's Code: How Double Fragmentation ChIP-Seq Reveals Protein-DNA Interactions at Nucleotide Resolution
Discover how double fragmentation ChIP-seq provides nucleotide-resolution protein-DNA binding profiles, revolutionizing genomic research and disease understanding.
The Genomic Speed-Dating Service: How a Kitchen Blender Conquered DNA's Slowest Problem
Discover how the Phenol Emulsion Reassociation Technique (PERT) revolutionized DNA research by accelerating genomic reassociation thousands of times using simple emulsion chemistry.
The Silent Guardians of Medical Progress: How Your Donated Cells Are Powering Genomics Revolutions
Exploring how biorepositories and broad consent are fueling medical breakthroughs while navigating complex ethical challenges in genomic research.