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Team:ETH Zurich/Experiments 6
From 2013.igem.org
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<h1>The game using the GFP receiver construct</h1> | <h1>The game using the GFP receiver construct</h1> | ||
[[File:Game_picture_GFP.png|300px|left|thumb||<b>Figure 1. Gameplay with GFP receiver construct after 11 hours</b>]] | [[File:Game_picture_GFP.png|300px|left|thumb||<b>Figure 1. Gameplay with GFP receiver construct after 11 hours</b>]] | ||
| - | <p>The receiver and sender colonies were plated in the honeycomb pattern on LB-Agar for a | + | <p>The receiver and sender colonies were plated in the honeycomb pattern on LB-Agar for a timelapse experiment to follow the OHHL diffusion from sender cells to receiver cells.<br> The mine cells/sender cells are represented by an M, the numbers indicate how many mines surround the non mine colonies . The grey-scale makes it easy to identify 1,2 or 3 surrounding mines. As predicted in our model a gradient is visible in the colony. This gives the player information about the location of the mine. This should not happen in the Hydrolase set-up. The image is presented in inverted grey-scale for the best visibility.</p> |
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{{:Team:ETH_Zurich/templates/footer}} | {{:Team:ETH_Zurich/templates/footer}} | ||
Revision as of 13:59, 16 September 2013
The game using the GFP receiver construct
The receiver and sender colonies were plated in the honeycomb pattern on LB-Agar for a timelapse experiment to follow the OHHL diffusion from sender cells to receiver cells.
The mine cells/sender cells are represented by an M, the numbers indicate how many mines surround the non mine colonies . The grey-scale makes it easy to identify 1,2 or 3 surrounding mines. As predicted in our model a gradient is visible in the colony. This gives the player information about the location of the mine. This should not happen in the Hydrolase set-up. The image is presented in inverted grey-scale for the best visibility.
