Difference between revisions of "Divide and Conquer Biological Challenges"
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=== * We need to use chemical input signals (''e.g.'', aTc and IPTG). === | === * We need to use chemical input signals (''e.g.'', aTc and IPTG). === | ||
=== * We need to have an XOR logic gate produced. === | === * We need to have an XOR logic gate produced. === | ||
| + | '''Existing Logic Gates''' | ||
| + | *NOT: (insert links to examples here) | ||
| + | *AND: (insert links to examples here) | ||
=== * We need to figure out how to get cells to communicate in a sequence and not stop growing too soon. === | === * We need to figure out how to get cells to communicate in a sequence and not stop growing too soon. === | ||
| + | What if Amp<sup>R</sup> is secreted and cells are not Amp<sup>R</sup>? This would prevent cells down the chain from responding too soon. | ||
Revision as of 19:17, 28 May 2008
Contents
- 1 * We need to get the Lux/AHL system working.
- 2 * We need to get the Lsr/AI-2 system working.
- 3 * We need to use chemical input signals (e.g., aTc and IPTG).
- 4 * We need to have an XOR logic gate produced.
- 5 * We need to figure out how to get cells to communicate in a sequence and not stop growing too soon.
* We need to get the Lux/AHL system working.
* We need to get the Lsr/AI-2 system working.
* We need to use chemical input signals (e.g., aTc and IPTG).
* We need to have an XOR logic gate produced.
Existing Logic Gates
- NOT: (insert links to examples here)
- AND: (insert links to examples here)
* We need to figure out how to get cells to communicate in a sequence and not stop growing too soon.
What if AmpR is secreted and cells are not AmpR? This would prevent cells down the chain from responding too soon.
