Team:TU Delft/28 April 2010 content
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- | + | ===1. Bacterial eye=== | |
* The moment bacteria get a signal, they become fixed at this point | * The moment bacteria get a signal, they become fixed at this point | ||
* Coliroid – In the registry, mechanism that makes a “photo” | * Coliroid – In the registry, mechanism that makes a “photo” | ||
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'''Vote: Yes (10/13)''' | '''Vote: Yes (10/13)''' | ||
- | + | ===2. pH Sensor=== | |
* pH sensitive GFT which has different wavelengths at different pH, now used to measure intracellular pH | * pH sensitive GFT which has different wavelengths at different pH, now used to measure intracellular pH | ||
* Perhaps make this exported to the extracellular? | * Perhaps make this exported to the extracellular? | ||
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'''Vote: No (6/13)''' | '''Vote: No (6/13)''' | ||
- | + | ===3. Plastic Soup=== | |
* Plastic degradation for cleaning of the oceans | * Plastic degradation for cleaning of the oceans | ||
'''Vote: No (0/13)''' | '''Vote: No (0/13)''' |
Latest revision as of 19:05, 2 August 2010
Contents |
Session 9
1. Bacterial eye
- The moment bacteria get a signal, they become fixed at this point
- Coliroid – In the registry, mechanism that makes a “photo”
- Negative activation is better (repression is better than induction)
- Pigment degradation? Not needed if it’s just a one time thing
Vote: Yes (10/13)
2. pH Sensor
- pH sensitive GFT which has different wavelengths at different pH, now used to measure intracellular pH
- Perhaps make this exported to the extracellular?
- Not sure which pH range it uses?
- pH indicators?
Vote: No (6/13)
3. Plastic Soup
- Plastic degradation for cleaning of the oceans
Vote: No (0/13)