Drugs that target specific sequences of DNA in the human genome may be close.
Peter Dervan and his colleagues at the California Institute of Technology have
synthesised a molecule that binds to a specific sequence of DNA 16 base pairs
long, the shortest sequence that should be unique in the human genome (
Journal of the American Chemical Society, vol 120, p 3434). He had
previously only been able to block sequences of seven pairs. If the molecules
can inhibit DNA expression, they could be used as drugs, for example to block
the spread of viruses.
More from New ¾«¶«´«Ã½
Explore the latest news, articles and features

Environment
June heatwave may have killed around 20,000 people in Europe
News

Physics
Random wobbles in time could finally solve gravity’s greatest mystery
News

Life
Synthetic biology may finally be ready to solve life's biggest mystery
Leader

Environment
Geoengineering could expose plane passengers to sulphuric acid
News
Popular articles
Trending New ¾«¶«´«Ã½ articles
1
Humans sleep the least of all apes – is it the secret to our success?
2
Random wobbles in time could finally solve gravity’s greatest mystery
3
The world's fastest spider tops 3.5 metres per second
4
The 4 must-watch science-fiction films of the year so far
5
A type of fibre that stimulates GLP-1 release approved for use in food
6
What is 'SpudCell'? Arguably the greatest bioengineering feat yet
7
The weirdness of neutrinos could completely rewrite particle physics
8
This physicist is hunting for the biggest black hole in the universe
9
Remote-controlled cockroach swarm can now breathe underwater
10
How some people's brains make an extraordinary recovery from stroke