DNA

A protein thwarts developmental abnormalities by preventing removal of critical chemical marks from embryonic DNA

A new computer program provides a more accurate way of assembling DNA sequences from fragmented data

DNA sequencing reveals how breast cancer cells rearrange their genome to create fusion genes for driving tumor development

Nanoparticles offer insights into interactions between single-stranded DNA and their binding proteins

Chronic hepatitis B virus enhances liver cancer susceptibility by blocking a key DNA repair enzyme

Generating microbes with useful properties is quicker and easier if multiple genes are modified at the same time

A computational algorithm for tracking influenza viral ancestry outperforms even human experts

Ultrasmall silicon wires could detect subtle changes in estrogen receptor-binding DNA sequences that are implicated in breast cancer

The protein ELKS plays an important role in the DNA-damage signaling pathway and blocking its function is one way to reduce drug resistance in cancer cells

A highly specific electronic sensor array detects messenger RNA below femtomolar concentrations

Morpholino-based biosensors are more stable, more specific and more sensitive than conventional biosensors for DNA detection

Dividing cells employ multiple, parallel countermeasures to prevent the transmission of damaged genetic material