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8/10/2008 2:26:02 PM
Nanowires from DNA

For millions of years nature has been optimizing DNA - in all living creatures this biomolecule is responsible for storing genetic information. Now a research project supervised by Dr. Jens Müller from the Chair of Bioinorganic Chemistry at TU Dortmund, puts the long chain molecule into a new context.

Detached from its biological origin, artificial DNA double helices were modified in such a way that the evolutionarily optimized biomolecule can also be used as a key structural element for the arrangement of metal ions. There are numerous potential applications of this basic research. With this method, for example, molecular wires or the smallest magnets could be developed to be used in nanotechnology. Moreover, the scientists think about using it as catalysts, in medicine or as sensors.

In the context of the five-year project, the scientists succeeded in developing numerous so-called "metal-ion-mediated base pairs" . By choosing the DNA sequence - the configuration of the single structural elements - the scientists can precisely influence the characteristics of the artificial "metallized" DNA. That is how, for example, the synthesis of a double helix with 19 consecutive meta-ion-mediated base pairs - the longest metal-modified DNA of this type ever reported - was done.

Within the scope of the Emmy Noether-Program, the project "Novel Metalated Base Pairs and Other Unusual DNA Motifs" has been funded with overall 530.000 Euros since August 2002. The Emmy Noether-Program is intended to support young scientists and enable them to become scientifically independent at an early stage. In this respect the Dortmund project is a total success with one habilitation thesis, two doctoral theses and five diploma theses. In addition to that, the results can be found in eleven publications in science journals.

Other Headlines from University of Dortmund ...
 - Nanowires from DNA
 - A team of German scientists has succeeded in creating what they call DNA ‘velcro’ to bind and then separate nanoparticles.
 - Nanoscopic gold spheres can be reversibly bound to DNA strands reversibly bound to DNA strands

More Research Headlines ...
 - Experiments Settle Long-Standing Debate about Mysterious Array Formations in Nanofilms
 - "Critical baby step" taken for spying life on a molecular scale
 - Seeing an atomic thickness
 - First-ever sub-nanoscale snapshots of renegade protein in Huntington's Disease
 - Karlsruhe Invisibility Cloak: Disappearing Visibly


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