"
Team:SJTU-BioX-Shanghai
From 2009.igem.org
(Difference between revisions)
Pnstontale (Talk | contribs) |
Pnstontale (Talk | contribs) |
||
| Line 4: | Line 4: | ||
Inspired by the natural regulator of circadian bioclock exhibited in most eukaryotic organisms, our team has designed an E.coli-based genetic network with the toxin-antitoxin system so that the bacterium oscillates between two states of dormancy and activity. Potential applications of this project include the preservation of frequently-mutating bacteria, biologic timing, antibiotic resistance, etc. | Inspired by the natural regulator of circadian bioclock exhibited in most eukaryotic organisms, our team has designed an E.coli-based genetic network with the toxin-antitoxin system so that the bacterium oscillates between two states of dormancy and activity. Potential applications of this project include the preservation of frequently-mutating bacteria, biologic timing, antibiotic resistance, etc. | ||
| - | [[Image:SJTU09_SJTU_picture.jpg|center|thumb| | + | [[Image:SJTU09_SJTU_picture.jpg|center|thumb|450px|Our university gate ^^]] |
{{Template:SJTU09_enddiv}} | {{Template:SJTU09_enddiv}} | ||
Revision as of 12:03, 7 October 2009
Project introduction. Inspired by the natural regulator of circadian bioclock exhibited in most eukaryotic organisms, our team has designed an E.coli-based genetic network with the toxin-antitoxin system so that the bacterium oscillates between two states of dormancy and activity (more...)
Sponsors
Visitors
An E.coli-based oscillator of prokaryotic bioclock
Inspired by the natural regulator of circadian bioclock exhibited in most eukaryotic organisms, our team has designed an E.coli-based genetic network with the toxin-antitoxin system so that the bacterium oscillates between two states of dormancy and activity. Potential applications of this project include the preservation of frequently-mutating bacteria, biologic timing, antibiotic resistance, etc.
