Cambridge/Project summary
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| - | [http://www.ccbi.cam.ac.uk/iGEM2007 | + | External wiki [http://www.ccbi.cam.ac.uk/iGEM2007] |
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| + | '''Day one: Monday 2nd July - whacky ideas''' | ||
| + | |||
| + | *Have bacteria lay down metallic compounds in specific pattern | ||
| + | *Gold-binding bacteria | ||
| + | *Engineered Probiotics | ||
| + | *Prolonging life through engineering of mitochondria / anti-sepsis | ||
| + | *Synthetic collagen-creating bacteria | ||
| + | *Protein-modification-dependent light modulation (rapid switching Fluro. Proteins) - Bacterial TV | ||
| + | *Save millions of lives through biofilm-modification | ||
| + | *Counting clock using logic circuits | ||
| + | *Make self-organising jewelery | ||
| + | *Cellular autonoma | ||
| + | *Self-regenerating ink cartridges | ||
| + | *Construction of 3D structures | ||
| + | *Microbial fuel cells | ||
| + | *Carbon-dioxide absorbing bacteria | ||
| + | *Rapid breakdown of plant cellulose for biofuel via bacteria | ||
| + | *Sensing of air-movement (like human hair) | ||
| + | *Cure Alzheimer's employing therapeutic bacteria | ||
| + | *Engineered nanowires | ||
| + | *Singing bacteria | ||
Revision as of 09:07, 3 July 2007
External wiki [http://www.ccbi.cam.ac.uk/iGEM2007]
Day one: Monday 2nd July - whacky ideas
- Have bacteria lay down metallic compounds in specific pattern
- Gold-binding bacteria
- Engineered Probiotics
- Prolonging life through engineering of mitochondria / anti-sepsis
- Synthetic collagen-creating bacteria
- Protein-modification-dependent light modulation (rapid switching Fluro. Proteins) - Bacterial TV
- Save millions of lives through biofilm-modification
- Counting clock using logic circuits
- Make self-organising jewelery
- Cellular autonoma
- Self-regenerating ink cartridges
- Construction of 3D structures
- Microbial fuel cells
- Carbon-dioxide absorbing bacteria
- Rapid breakdown of plant cellulose for biofuel via bacteria
- Sensing of air-movement (like human hair)
- Cure Alzheimer's employing therapeutic bacteria
- Engineered nanowires
- Singing bacteria
