Research Articles
GeneWeaver: Finding the Genomic Signal in the Noise
GeneWeaver is a powerful web-based system for integrative functional genomics that helps researchers find convergent signals in noisy functional genomics data across multiple species.
The Hidden Code: How a Single DNA Letter Change Unlocks a Rare Disease
Discover how deep intronic mutations in the SERPING1 gene cause hereditary angioedema and how scientists are developing innovative detection methods.
The Centromere Code: How a 330 kb Epigenetic Domain Defies DNA Destiny
Discover how a 330 kb CENP-A binding domain and altered replication timing at human neocentromeres challenge our understanding of chromosome biology and epigenetic inheritance.
Unlocking the Secrets of Oyster Reproduction: The SOHLH Transcription Factors
Discover how SOHLH transcription factors regulate reproduction in Pacific oysters and their implications for aquaculture and human fertility research.
The Guardian's Gambit: How a Lens Protein Protects Against Cataracts and Cancer
Discover how αB-crystallin, a lens protein, protects against cataracts and cancer by regulating p53 and maintaining genomic stability.
The Hidden Link: How a Forgotten Gene Is Reshaping Our Fight Against Breast Cancer
Groundbreaking research on the NF1 gene reveals why some breast cancers resist treatment and opens new avenues for combatting the disease.
The Evolution of Oxygen Sensing: How Animals Mastered the Art of Survival in a Changing World
Explore the molecular evolution of hypoxia-inducible factors (HIFs) - the master regulators of cellular response to oxygen deprivation in animals.
The Hidden World Within: How Arabidopsis Reveals the Secrets of Plant Nutrition
Discover how genomic scale profiling of Arabidopsis thaliana is revolutionizing our understanding of plant nutrition and trace element regulation.
Unlocking Breast Cancer's Secrets: How MCF7 Cells and Nuclear Receptors Are Revolutionizing Cancer Treatment
Explore how functional genomic analysis of nuclear receptors in MCF7 breast cancer cells is transforming our understanding of cancer biology and treatment approaches.
The Secret Genome Architects: How 'Jumping Genes' Shape Pacific Salmon Evolution
Discover how HpaI SINEs, tRNAThr-derived jumping genes, dynamically shape Pacific salmon genomes through evolutionary innovation and functional adaptation.