Imperial
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Revision as of 03:28, 24 October 2007
Our Approach
Our genuine interest in healthcare led to the targetting of health and medicine related applications this year. Together with the vision of an industry, the strategy we adopted for our projects is to use the Engineering Cycle to create reliable Synthetic Biology products where standards and quality control are strictly kept.
Main Project - Infector Detector
| Infector Detector is a system that will detect the presence of biofilm infections on urinary catheters by reporting on the presence of AHL, a signalling molecule used by E.coli, and output a fluorescent protein as a result. (more...)Main Achievements
|
Foundational technology - Cell-Free Systems
| Power your iGEM projects with Cell-Free Systems! Find out what this new chassis has done for us, and what it can do for you! (more...) |
Sub Project - Cell by Date
| Cell by Date will report when ground beef has been out of the cold chain for too long. It produces fluorescent proteins at ambient temperatures above 8°C. (more...)Main Achievements
|
Meet the Team
| Undergraduates | Faculty Advisors |
| James Chappell | Prof. Paul Freemont |
| Lucas Hadjilucas | Prof. Richard Kitney |
| Jaroslaw Karcz | |
| Anthony Lazzaro | Supervisors |
| Peixuan Pey | Vincent Rouilly |
| Maira Tariq | Matthieu Bultelle |
| Ben Yi Tew | Kirsten Jensen |
| Cheuk Ka Tong | Dr. Duo Lu |
| Dirk van Swaay | |
| Alexander Wong | |
Contributions to Registry
| Chassis |
|
Cell-Free Systems - Homemade E. coli S30 - Commercial E. coli S30 - Commercial E. coli T7 S30 - Vesicle Encapsulation |
| Part Constructs |
| Links to the relevant pages created |
Full Documentation on OWW
| We did Open Science! |
| Entire project was run and organised using OWW, with updates on a day-to-day basis! |
Acknowledgements
|
IC Deputy Rector's Fund IC Faculty of Engineering IC Faculty of Natural Sciences European Commission, Synbiocomm Project 
|
