Lethbridge
From 2007.igem.org
(Difference between revisions)
| Line 6: | Line 6: | ||
The goal of our project is to create a ‘bio-prospector;’ a microorganism capable of moving up a concentration gradient for a particular small molecule (theophyline), and activating either a metabolic or signaling pathway. We hope that once this system is developed, it will be easy to modify it to be specific to many different small molecules. To achieve this, we will use a riboswitch (Topp and Gallivan 2007) to control the levels of CheZ, a protein involved in motility. | The goal of our project is to create a ‘bio-prospector;’ a microorganism capable of moving up a concentration gradient for a particular small molecule (theophyline), and activating either a metabolic or signaling pathway. We hope that once this system is developed, it will be easy to modify it to be specific to many different small molecules. To achieve this, we will use a riboswitch (Topp and Gallivan 2007) to control the levels of CheZ, a protein involved in motility. | ||
| - | |||
| - | [[Lethbridge/ | + | ==== More Information: ==== |
| + | **[[Lethbridge/Summary | Project Summary]] | ||
| - | [[Lethbridge/ | + | **[[Lethbridge/Timeline | Timeline]] |
| - | [[Lethbridge/Team | Meet the Team]] | + | **[[Lethbridge/Notebook | Lab Notebook]] |
| + | |||
| + | **[[Lethbridge/Team | Meet the Team]] | ||
Revision as of 16:23, 26 July 2007
iGEM @ Lethbridge, 2007: Bioprospecting
The goal of our project is to create a ‘bio-prospector;’ a microorganism capable of moving up a concentration gradient for a particular small molecule (theophyline), and activating either a metabolic or signaling pathway. We hope that once this system is developed, it will be easy to modify it to be specific to many different small molecules. To achieve this, we will use a riboswitch (Topp and Gallivan 2007) to control the levels of CheZ, a protein involved in motility.
