Team:Paris/Brainstorm ideawifi

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==Eucaryotic plasmide==
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<span/ id="bottom">[https://2009.igem.org/ iGEM ] > [[Team:Paris#top | Paris]] > [[Team:Paris#top | Home]] > [[Team:Paris/Brainstorm#top | Brainstorm]] > [[Team:Paris/Brainstorm_ideawifi#top | Bactowifi]]
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==Bactowifi==
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==the idea ==
 
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This is one of the few idea that came directly out of the box. It was suppose to supply the genetic therapy with a support to the gene insertion so that it won't alter anymore the chromosome of the under-treatment cells. Obviously it could also be the place for inserting gene for protecting the orgnanism before an infection or disease.
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====1. The idea====
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In the fun application part of our brainstorming, we thought that if we could have bacteria that could be responsive to radio wave such as the wifi frequencies, we could build a device to give the strength of the signal.
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==how to concretize it==
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====2. How to====
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Is there any protein or ARN that could change its conformation under a radio wave signal ? If yes, with a touch of fluorescent protein we could give a graduate response to the signal.
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====3. Approval====
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We have quickly found evidence that it would be very difficult to detect wifi wave : firstly because the frequency is in a band called ISM containing every kind of signal, so our bacteria will light up even if there is no Wifi, and secondly, because the strength of the signal is very weak and to sensitive.
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We would have need to rebuild every promotor to be eukaryotic one plus the replication origin.
 
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result : garbage
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==approval==
 
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Interesting idea but maybe too ambitious, and we would need to work on eukaryotic cell representing a harsh condition to fullfill.
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<a href="https://2009.igem.org/Team:Paris/Brainstorm#chrono"><img style="width:40px; height:40px;" src="https://static.igem.org/mediawiki/2009/4/41/Paris_Back.png"/></a>
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Latest revision as of 18:30, 20 October 2009

iGEM > Paris > Home > Brainstorm > Bactowifi

Contents

Bactowifi

1. The idea

In the fun application part of our brainstorming, we thought that if we could have bacteria that could be responsive to radio wave such as the wifi frequencies, we could build a device to give the strength of the signal.

2. How to

Is there any protein or ARN that could change its conformation under a radio wave signal ? If yes, with a touch of fluorescent protein we could give a graduate response to the signal.

3. Approval

We have quickly found evidence that it would be very difficult to detect wifi wave : firstly because the frequency is in a band called ISM containing every kind of signal, so our bacteria will light up even if there is no Wifi, and secondly, because the strength of the signal is very weak and to sensitive.


result : garbage


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