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Team:Davidson-Missouri Western/E. nigma Project
From 2008.igem.org
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| + | '''Objective: Create Ideal Hash Function that Bacteria will Compute''' | ||
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| + | [[Team:Davidson-Missouri_Western/Ideal Hash Function Characteristics|Ideal hash function characteristics]] | ||
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| + | [[Team:Davidson-Missouri_Western/Hash Functions and Biological Systems|Hash functions and biological systems]] | ||
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| + | [[Team:Davidson-Missouri_Western/Our Models|Our Models]] | ||
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| + | [[Team:Davidson-Missouri_Western/Analysis of Our Models|Analysis of our Models]] | ||
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| + | [[Team:Davidson-Missouri_Western/Matlab Files|Matlab files]] | ||
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| + | [[Team:Davidson-Missouri_Western/Future Work|Future work]] | ||
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'''Define XOR logic gates and how it was used with biological inputs and outputs''' | '''Define XOR logic gates and how it was used with biological inputs and outputs''' | ||
Revision as of 17:36, 28 October 2008
Objective: Create Ideal Hash Function that Bacteria will Compute
Ideal hash function characteristics
Hash functions and biological systems
Define XOR logic gates and how it was used with biological inputs and outputs
Describe different design architectures
Describe cellular communication systems used
[http://partsregistry.org/cgi/partsdb/pgroup.cgi?pgroup=iGEM2008&group=Davidson-Missouri_Western parts contributed ]
Constructs tested
Systems for sending and receiving
Discuss need for delayed growth (common problem with many projects in the past)
Present Hybrid Promoter Designs cartoon fashion (3 major different types)
Show data we have with new parts
