Revision as of 06:13, 29 September 2009 by Pnstontale (Talk | contribs)

(diff) ← Older revision | Latest revision (diff) | Newer revision → (diff)

Photo Gallery

Home

The team

• Introduction
• Members
• The album

The project

• Idea & Background
• Modelling
• Protocols

Results

• The statistics
• Parts
• Future work

Calendar

• Events
• Lablog

Others

• Acknowledgements
• Web visits

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, 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, 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, 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, etc

Sponsors

• 
• 
• 

Visitors

• 
•