Difference between revisions of "Digital Genetic Circuits (Microbes as Machines)"
From SynBioCyc
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// Accompanying perspective article. | // Accompanying perspective article. | ||
| + | #Endy2013 Transcriptors & Boolean Integrase Logic (BIL) gates, explained ([https://www.youtube.com/watch?v=ahYZBeP_r5U YouTube]) | ||
| + | // Movie in which Drew Endy explains these "transcriptors". | ||
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// Scalable construction of complex genetic circuits with wide dynamic ranges. | // Scalable construction of complex genetic circuits with wide dynamic ranges. | ||
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Revision as of 15:52, 23 February 2015
Download Pre-Discussion Questions (PDF)
These gates are perhaps the farthest away from any natural counterpart and are thus likely to occupy synthetic and systems biologists in the years to come [2].
Required Reading/Viewing
Error fetching PMID 23539178:
Error fetching PMID 23641100:
Error fetching PMID 23641100:
- Error fetching PMID 23539178:
Describes using recombinases to implement digital logic in bacteria. - Error fetching PMID 23641100:
Accompanying perspective article. - Transcriptors & Boolean Integrase Logic (BIL) gates, explained (YouTube)
Movie in which Drew Endy explains these "transcriptors".
Assigned Papers
Error fetching PMID 25395541:
Error fetching PMID 25417166:
Error fetching PMID 25417166:
- Error fetching PMID 25395541:
Scalable system for recording "cellular memories" in a genome. - Error fetching PMID 25417166:
Scalable construction of complex genetic circuits with wide dynamic ranges.
