Explore Herbert Tabor's groundbreaking work on polyamines and his revolutionary transformation of scientific publishing through JBC Online.
Explore the role of nm23-H1 as a metastasis suppressor in bladder cancer progression, its molecular mechanisms, clinical significance, and therapeutic potential.
Discover how digital PCR workflow transforms molecular detection with absolute precision, enabling scientists to find rare genetic mutations and viruses.
Exploring Peroxisome Proliferator-Activated Receptor Gamma as a novel target in cancer treatment with recent discoveries and therapeutic potential.
Discover how a single genetic mutation in the IDH1 gene rewires brain cells, inhibiting growth while promoting migration, revealing new insights into glioma development.
Discover how new single-cell analysis tools are revealing astonishing diversity in yeast populations and transforming our understanding of cellular biology.
The story of David Baltimore's discovery of reverse transcriptase that shattered the Central Dogma of biology and revolutionized molecular biology.
Exploring how targeting glucose transporters in brain tumor initiating cells provides new therapeutic approaches for glioblastoma treatment.
Explore the fascinating roles of Dib1, Prp31, Prp6 and U5 snRNA in pre-mRNA splicing, the cellular process essential for proper gene expression and human health.
Exploring the unprecedented 2017 British Columbia pyroCb event that injected massive smoke plumes into the stratosphere, creating hemispheric atmospheric impacts.