Exploring how the massive size of neurogenic genes enables rapid behavioral evolution and increases vulnerability to neurological disorders.
Exploring how copy number loss leads to down-regulation of tumor suppressor genes in pan-cancer studies and its implications for cancer research and treatment.
Discover how mouse ribosomal DNA contains hidden diversity that could transform our understanding of cellular function, aging, and disease.
Explore the fascinating interplay between genetics and epigenetics in melanoma development and treatment approaches.
Discover how the OLIG2 gene is linked to schizophrenia risk in the Chinese Han population through its role in brain development and myelination.
Discover how rice's molecular immune system fights the white-backed planthopper through OsWRKY and OsNAC gene families.
Discover how conserved genetic motifs regulate neural development in Drosophila's midline, revealing universal principles of brain development.
Discover how association mapping revealed the genetic secrets behind sunflower branching architecture, enabling targeted crop improvement.
Discover how soybean genetics are transforming global food supply through breakthroughs in seed size and yield characteristics.
Explore how groundbreaking genetic discoveries are transforming male infertility treatment, offering personalized pathways to parenthood.