Difference between revisions of "Designing XOR Gates - two campus approach"
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− | '''Davidson Approach''' | + | <center>'''Davidson Approach''' |
'''Here is an idea Malcolm had.''' <br> | '''Here is an idea Malcolm had.''' <br> | ||
− | '''Please look at this and ask questions and find holes in it now so we don't waste time building something that won't work.'''<br> | + | '''Please look at this and ask questions and find holes in it now so we don't waste time building something that won't work.'''<br></center> |
== XOR Biological Design == | == XOR Biological Design == | ||
<center> [[Image:XOR_AMC1.jpg]]<br></center> | <center> [[Image:XOR_AMC1.jpg]]<br></center> |
Revision as of 19:54, 12 June 2008
Here is an idea Malcolm had.
XOR Biological Design
![XOR AMC1.jpg](/GcatWiki/images/7/78/XOR_AMC1.jpg)
The idea is to have two mirrored halves of the system. One is regulated by AI-1 and the other by AI-2. There is a potential problem in that the Lux half is more likely to get positive feedback than the Las half. This MAY not be a problem because 0/0 is leaky so we put a weak RBS to minimize leaky protein production. Also, if we add AI-2 and AI-1 is produced by leak, then the entire system shuts down.
Ampicillin Communication: time delayed cell growth
![XOR AMC2.jpg](/GcatWiki/images/5/58/XOR_AMC2.jpg)
Growth Layouts
![XOR AMC3A.jpg](/GcatWiki/images/4/49/XOR_AMC3A.jpg)
![XOR AMC3B.jpg](/GcatWiki/images/5/51/XOR_AMC3B.jpg)
MWSU Approach