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Team:Paris Bettencourt/T7 diffusion
From 2011.igem.org
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The T7 polymerase, produced in the emitter cell, diffuses through the nanotubes and comes to activate the T7 amplifier in the receptor cell, triggering the signal response. This process is summed up in the draft below: | The T7 polymerase, produced in the emitter cell, diffuses through the nanotubes and comes to activate the T7 amplifier in the receptor cell, triggering the signal response. This process is summed up in the draft below: | ||
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The cloning plan has been established and we are currently building this system | The cloning plan has been established and we are currently building this system | ||
Revision as of 18:49, 3 September 2011
The diffusion of the T7 polymerase is the simplest design we are currently working on. The T7 polymerase, produced in the emitter cell, diffuses through the nanotubes and comes to activate the T7 amplifier in the receptor cell, triggering the signal response. This process is summed up in the draft below:
The cloning plan has been established and we are currently building this system
