Exploring the multifaceted roles of GAPDH in HeLa cells beyond its metabolic functions, including DNA repair, cell survival, and transcriptional complexity.
Discover how association mapping revealed the genetic secrets behind sunflower branching architecture, enabling targeted crop improvement.
Explore how nutrigenetics and nutrigenomics are revolutionizing personalized nutrition by decoding the interaction between DNA and diet.
Exploring the dual role of TopBP1 in DNA repair and hereditary breast cancer progression, with insights into therapeutic strategies targeting this critical protein.
Discover how conserved genetic motifs regulate neural development in Drosophila's midline, revealing universal principles of brain development.
Discover how rice's molecular immune system fights the white-backed planthopper through OsWRKY and OsNAC gene families.
Exploring advanced genetic transformation methods in crops to address climate change and food security challenges
Exploring how functional genomics is revolutionizing surgical practice through precision medicine, liquid biopsies, and personalized cancer vaccines.