Sending Electrical Signals Using DNA

0
Sending Electrical Signals Using DNA

Researchers at the Hebrew University of Jerusalem claim to have broken new ground in the field, and have published their work in the Nature Nanotechnology journal. The group is made up of scientists from the U.S., Spain, Italy, Cyprus and Denmark, who say that they have shown that DNA molecules can carry electric current.

If nano-circuits are developed it would allow for electricity and electronics to be used at a fraction of their current scale. Until now it as not been possible to produce or measure the electrical current moving through DNA molecules. Previous research in the field used different DNA molecules in wildly varied experiments, which made it impossible to compare results.

Exclusive: Lee Ainslie Struggled During The Third Quarter As Tech Holdings Fell

activist short selling Investing investLee Ainslie's Maverick Capital had a difficult third quarter, although many hedge funds did. The quarter ended with the S&P 500's worst month since the beginning of the COVID pandemic. Q3 2021 hedge fund letters, conferences and more Maverick fund returns Maverick USA was down 11.6% for the third quarter, bringing its year-to-date return to Read More

Encouraging findings: Reproducing significant current moving through DNA

In this latest study the scientists were able to both measure and reproduce significant current moving through DNA, with the study specifying that currents over 100 picoamperes were detected traveling over 100 nanometers.

Professor Danny Porath, of the Hebrew University of Jerusalem, has since said that the findings could enable the implementation of “DNA-based programmable circuits for molecular electronics, a new generation of computer circuits that can be more sophisticated, cheaper and simpler to make.”

More work to be done

Obviously a lot of work remains before complex, working nano-circuitry becomes a reality, but the study represents an encouraging step in the effort to build smaller and cheaper electronics. One worry is the possibility of DNA circuits shorting while undertaking intense processing tasks, but the researchers are optimistic on their chances of making it work.

The European Commission supported the project, which was undertaken by the Institute for Advanced Studies at the Hebrew University of Jerusalem, the Italian Institute of Technology project, the National Science Foundation, the Binational Science Foundation and the Minerva Center for Bio-Hybrid complex systems.

Following the progress in reducing the size of data storage in recent years, it sounds as though we could be looking at the miniaturization of circuitry itself in the not too distant future.

Updated on

While studying economics, Brendan found himself comfortably falling down the rabbit hole of restaurant work, ultimately opening a consulting business and working as a private wine buyer. On a whim, he moved to China, and in his first week following a triumphant pub quiz victory, he found himself bleeding on the floor based on his arrogance. The same man who put him there offered him a job lecturing for the University of Wales in various sister universities throughout the Middle Kingdom. While primarily lecturing in descriptive and comparative statistics, Brendan simultaneously earned an Msc in Banking and International Finance from the University of Wales-Bangor. He's presently doing something he hates, respecting French people. Well, two, his wife and her mother in the lovely town of Antigua, Guatemala. <i>To contact Brendan or give him an exclusive, please contact him at [email protected]</i>
Previous article Market News: Facebook, Fiat Chrysler Automobiles, MCG Capital
Next article Baidu Inc Shares Slip After Earnings Release

No posts to display