"
Team:ETH Zurich/Biology
From 2011.igem.org
(Difference between revisions)
| Line 8: | Line 8: | ||
{|class="roundContainer" | {|class="roundContainer" | ||
| | | | ||
| - | [[File:General Sensor System.png|300px|right|thumb|'''Biology circuits of SmoColi,''' our system can be activated with | + | [[File:General Sensor System.png|300px|right|thumb|'''Biology circuits of SmoColi,''' our system can be activated with sensors for different small molecules. ]] |
SmoColi is a sensing and degrading system for different toxic small molecules in smoke. By degradation a gradient of the small molecule in the tube is produced. With a given Input by the small molecule, a bandpassfilter which consists of a low pass- and a high passfilter is activated resulting in a green GFP band at a certain concentration. A second high pass filter for very high concentration was inculed as an alarm system to turn the whole system red. | SmoColi is a sensing and degrading system for different toxic small molecules in smoke. By degradation a gradient of the small molecule in the tube is produced. With a given Input by the small molecule, a bandpassfilter which consists of a low pass- and a high passfilter is activated resulting in a green GFP band at a certain concentration. A second high pass filter for very high concentration was inculed as an alarm system to turn the whole system red. | ||
|} | |} | ||
Revision as of 14:28, 19 September 2011
| Biology | |
| Overview of the biological parts involved in our system. | |
 SmoColi is a sensing and degrading system for different toxic small molecules in smoke. By degradation a gradient of the small molecule in the tube is produced. With a given Input by the small molecule, a bandpassfilter which consists of a low pass- and a high passfilter is activated resulting in a green GFP band at a certain concentration. A second high pass filter for very high concentration was inculed as an alarm system to turn the whole system red. |
