Difference between revisions of "Development and Pattern Formation (Microbes as Machines)"
From SynBioCyc
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− | [[File: | + | [[File:Basu_pattern.png|300px|thumb|right|Example of pattern formed by bacteria <cite>Basu2005</cite>.]] |
− | ==== [[Media: | + | ==== [[Media:Spring2015_Development_And_Pattern_Formation_Pre-Discussion_Questions.pdf|Download Pre-Discussion Questions (PDF)]] ==== |
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− | <font size="4"> | + | <font size="4">Pattern formatin is a hallmark of coordinated cell behavior in both single and multicellular organisms <cite>Basu2005</cite>.</font> |
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− | // Use of quorum sensing circuits to make 2D patterns of ''E. coli''. | + | // Use of quorum sensing circuits to make 2D patterns out of ''E. coli'' cells. |
</biblio> | </biblio> | ||
Revision as of 16:28, 28 February 2015
Download Pre-Discussion Questions (PDF)
Pattern formatin is a hallmark of coordinated cell behavior in both single and multicellular organisms [1].
Required Reading/Viewing
Error fetching PMID 15858574:
- Error fetching PMID 15858574:
Use of quorum sensing circuits to make 2D patterns out of E. coli cells.
Assigned Papers
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- Error fetching PMID 25247316:
- Wahl, M. E., Murray, A. W. (2015) Multicellularity Makes Somatic Differentiation Evolutionarily Stable bioRxiv preprint