User:Farah/Ideas: Difference between revisions

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<font color=red>Breaking News </font>
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Oscillator based on Predator Prey dynamics. We are creating a molecular system which is able to show oscillations which can be described by the lotka-volatra equations. The molecular oscillations are powered by two distinct cell populations, one which drives the predator and a second driving the prey. This flexible design will allow us to alter the amplitude and wavelength of the oscillator by changing the relative population sizes. The system uses quorum sensing to create culture wide synchronised oscillations of N-acyl homoserine lactone. The system is working in models using realistic values and we are currently devising ways to test the bio-bricks to analyse how their performance affects our models .
Oscillator based on Predator Prey dynamics. We are creating a molecular system which is able to show oscillations which can be described by the lotka-volatra equations. The molecular oscillations are powered by two distinct cell populations, one which drives the predator and a second driving the prey. This flexible design will allow us to alter the amplitude and wavelength of the oscillator by changing the relative population sizes. The system uses quorum sensing to create culture wide synchronised oscillations of N-acyl homoserine lactone. The system is working in models using realistic values and we are currently devising ways to test the bio-bricks to analyse how their performance affects our models .
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[[Image:Oscillator_Icon.PNG|300px]]


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[[Image:IGEM GroupPhotos0015.JPG|thumb|350px|right|The Imperial College iGEM team and instructors on the terrace of the Biochemistry building]]
[[Image:IGEM GroupPhotos0015.JPG|thumb|200px|right|The Imperial College iGEM team and instructors on the terrace of the Biochemistry building]]
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Revision as of 04:11, 28 October 2006

The newsletter of Imperial College London iGEM 2006
News Archive Lab Notebook Biological Oscillator Parts Modelling Protocols Resources

Breaking News

  • BioBricks sent to M.I.T. (21/10/06)<br\>
  • Croonian Prize Lecture: 'Structure and the living cell' Wednesday 4th October at 6.30pm, The Royal Society [1] More....<br\>
  • Teaching-Lab cleared (15/09/06)<br\>
  • The Chemostat is ours - (31/08/06)<br\>
  • New aiiA has arrived - (31/08/06)<br\>
News Archive

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Oscillator based on Predator Prey dynamics. We are creating a molecular system which is able to show oscillations which can be described by the lotka-volatra equations. The molecular oscillations are powered by two distinct cell populations, one which drives the predator and a second driving the prey. This flexible design will allow us to alter the amplitude and wavelength of the oscillator by changing the relative population sizes. The system uses quorum sensing to create culture wide synchronised oscillations of N-acyl homoserine lactone. The system is working in models using realistic values and we are currently devising ways to test the bio-bricks to analyse how their performance affects our models .

The Imperial College iGEM team and instructors on the terrace of the Biochemistry building

Entertainment

Lab work

Events/Activities

  • MIT Jamboree
  • BioSysBio Conference
  • UK Team Meeting in Cambridge
  • Event Calendar

Education

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