Difference between revisions of "Laura Voss - Synthetic Biology Seminar"
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== Paper Discussion 10/23 == | == Paper Discussion 10/23 == | ||
| − | === | + | === Links for "Relative Sensitivities of Various Reporter Genes" === |
| + | *[http://www.ncbi.nlm.nih.gov/entrez/viewer.fcgi?db=protein&id=124117 Ice Nucleation Proteins and inaZ]. InaZ is a promoter for ice nucleation proteins, which, according to NCBI, "enable bacteria to nucleate crystallation in supercooled water". Since supercooled water is chilled below its freezing point, ice nucleation proteins form the "seed" around which ice crystals can form in the cell. The more proteins are produced, the more ice crystals will be present in a cell. [http://en.wikipedia.org/wiki/Supercooling See the Wikipedia entry on supercooling.] | ||
| − | === | + | === Links for "Simulation of GFP Expression" === |
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| + | *[ | ||
== Class Wiki Project == | == Class Wiki Project == | ||
My class project will be on the design of temperature-sensing cellular mechanisms, such as cellular thermometers. | My class project will be on the design of temperature-sensing cellular mechanisms, such as cellular thermometers. | ||
Revision as of 21:18, 20 October 2007
Contents
Paper Discussion 10/23
Links for "Relative Sensitivities of Various Reporter Genes"
- Ice Nucleation Proteins and inaZ. InaZ is a promoter for ice nucleation proteins, which, according to NCBI, "enable bacteria to nucleate crystallation in supercooled water". Since supercooled water is chilled below its freezing point, ice nucleation proteins form the "seed" around which ice crystals can form in the cell. The more proteins are produced, the more ice crystals will be present in a cell. See the Wikipedia entry on supercooling.
Links for "Simulation of GFP Expression"
- [
Class Wiki Project
My class project will be on the design of temperature-sensing cellular mechanisms, such as cellular thermometers.
