DNA

Synthetic DNA molecules could serve as an easy-to-manufacture alternative to traditional antibody-based rapid tests.

A solution
of DNA and gold nanorods capable of six fundamental logic operations
demonstrates the potential of molecular biocomputing

Proteins that move DNA around in a bacterium are surprisingly similar to those in our own cells

A neglected histone modification has unexpected implications for gene activity

DNA previously
considered superfluous may provide vital protection against stress and could
even be used in cancer treatment

Refinement of an algorithm for determining genetic ancestry could help identify genetic factors in disease

DNA repair mechanism manipulated to delete genes without leaving a scar

Mobile software simplifies measurements of gel electrophoresis

An enzyme that silences DNA activity may be crucially involved in health and cancer

A computational approach reveals a myriad of protein pairs that combine to regulate gene activity

Through a combination of two powerful methodologies, researchers at the A*STAR Institute of Bioengineering and Nanotechnology drive forward promising developments for gene therapy

Gene regulatory proteins may be more flexible in their DNA binding preferences than previously expected