| Biocomputer (10) |  |
| Biocomputer (10) | |
#Upgraded circuits built to run biocomputers ETH Zurich right Original Studyposted by Fabio Bergamin-ETH Zurich on October 27 2014.
Scientists have taken a key step toward realizing the goal of building programmable biocomputers that could detect
Biocomputers differ significantly from their counterparts made of silicon and bioengineers still face several major obstacles.
"This is a particular disadvantage for biocomputer components that serve as sensors for specific biomolecules and transmit the relevant signal.
These components are key building blocks for constructing precisely functioning and programmable biocomputers. The circuit controls the activity of individual sensor components using an internal timer.
#Upgraded circuits built to run biocomputers ETH Zurich rightoriginal Studyposted by Fabio Bergamin-ETH Zurich on October 27 2014.
Scientists have taken a key step toward realizing the goal of building programmable biocomputers that could detect
Biocomputers differ significantly from their counterparts made of silicon and bioengineers still face several major obstacles.
This is a particular disadvantage for biocomputer components that serve as sensors for specific biomolecules and transmit the relevant signal.
These components are key building blocks for constructing precisely functioning and programmable biocomputers. The circuit controls the activity of individual sensor components using an internal imer.
Simple design mimics pumping mechanism of life-sustaining proteins found in living cells May 19th, 2015studying dynamics of ion channels May 18th, 2015the next step in DNA COMPUTING:
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