Explore how DNA microarray technology revolutionized biology by bridging genome sequences with biological understanding through gene expression analysis.
Explore transcriptomics, the science of reading the cell's RNA messages to understand gene expression and cellular function in real-time.
Discover how the precise interaction between RAP30 and RPB5 proteins initiates gene transcription through a molecular handshake mechanism.
Explore how epigenetic mechanisms control gene expression without altering DNA sequence, influencing development, health, and disease.
Discover how next-generation in situ Hybridization Chain Reaction (HCR) technology provides higher gain, lower cost, and greater durability for visualizing gene expression.
Discover how transcriptomic analysis reveals stage-specific gene expression patterns in the New World screwworm, offering new approaches for pest control.
Exploring how pretreatment gene expression signatures can predict treatment success in Chronic Myeloid Leukemia (CML) patients before therapy begins.