Discover how transcribed enhancers act as genetic conductors, coordinating waves of transcription during cellular transitions and revolutionizing our understanding of gene regulation.
Explore the fascinating world of miRNA target databases and how computational predictions combined with experimental data are mapping the complex conversations inside our cells.
Discover how molecular biology reveals the genetic mechanisms behind classic evolutionary examples like stickleback fish armor and Darwin's finches.
Exploring the revolutionary X10-23 DNAzyme and the recent study challenging our understanding of how it silences genes.
Explore the fascinating world of DNA secondary structures beyond the double helix and discover how G-quadruplexes and i-Motifs regulate gene expression.
Discover how pulsed streamer-like electrical discharges activate dormant retrotransposon genes in red algae Porphyra yezoensis, revealing insights into genome evolution and environmental adaptation.
Discover how the ID1/ID3/IGJ genetic signature is transforming B-cell Acute Lymphoblastic Leukemia treatment through personalized medicine approaches.
Discover how chimeric RNAs are challenging traditional genetics and forming complex transcript networks in human cells.
Discover how the Phenol Emulsion Reassociation Technique (PERT) revolutionized genetic research by accelerating DNA reassociation thousands of times.
Explore the fascinating world of RNA interference - from its biological mechanisms to revolutionary therapeutic applications in modern medicine.