Team:EPF Lausanne

From 2013.igem.org

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Taxi.Coli is a highly flexible and adaptable smart drug delivery system.<br>
Taxi.Coli is a highly flexible and adaptable smart drug delivery system.<br>
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We want to use E.coli as a ''Taxi'', that expresses streptavidin on its surface as ''Seats'' for the ''Passengers'', which are the biotinylated nanoparticles that contain a drug. Once Taxi.Coli arrives at ''the Address'', a specific environment , it will produce an enzyme that degrades the nanoparticles, releasing the incorporated drug ''the passenger gets out of the car''. <br>Our effort will be limited to a proof of principle, but one can imagine a wide range of future applications.
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We want to use E.coli as a ''Taxi'', that expresses streptavidin on its surface as ''Seats'' for the ''Passengers'', which are the biotinylated nanoparticles that contain a drug. Once Taxi.Coli arrives at ''the Address'', a specific environment, it will produce an enzyme that degrades the nanoparticles, releasing the incorporated drug ''the passenger gets out of the car''. <br>Our effort will be limited to a proof of principle, but one can imagine a wide range of future applications.

Revision as of 21:54, 27 October 2013

Taxi.Coli: Smart Drug Delivery iGEM EPFL

Header




We are proud to participate in iGEM 2013 and are excited to present
Taxi.Coli.
Taxi.Coli is a highly flexible and adaptable smart drug delivery system.
We want to use E.coli as a Taxi, that expresses streptavidin on its surface as Seats for the Passengers, which are the biotinylated nanoparticles that contain a drug. Once Taxi.Coli arrives at the Address, a specific environment, it will produce an enzyme that degrades the nanoparticles, releasing the incorporated drug the passenger gets out of the car.
Our effort will be limited to a proof of principle, but one can imagine a wide range of future applications.









Achievements:

- We can produce biotinylated nanoparticles
- We can engineer E.coli expressing streptavidin (maybe even on the surface) to bind these nanoparticles
- We can engineer E.coli to sense different values of pH
- We can make E.coli express superfolded GFP constitutively
- We can excite other students about synthetic biology



Please also visit our Facebook page!


Medal requirements

Bronze medal

  • We registered the team and had fun in the competition.
  • We filled in the Judging form.
  • We described our project using the iGEM wiki and our parts using the Registry of Standard Biological Parts.
  • We plan to present a poster and talk at the iGEM Jamboree in Lyon.
  • We designed and submitted the following Biobricks BBa_K1111001, BBa_K1111002, BBa_K111103, BBa_K1111004, BBa_K1111005, BBa_K1111006, BBa_K1111007, BBa_K1111008, BBa_K1111009, BBa_K1111010, BBa_K1111011, BBa_K1111012, BBa_K1111013, BBa_K1111014.

Silver medal

  • We experimentally validated that the Biobrick BBa_K1111005 works as expected.
  • We documented all our parts on the iGEM Registry of Standard Biological Parts.
  • We investigated the safety issues which could be raised by our project. Take a look at our safety page.

Gold medal

  • We improved the function of the already existing Biobrick BBa_K523013 by extensively characterizing and documenting it. This will help future teams to use it.
  • We prepared an amazing synthetic biology kit which will be used at public events and high school visits at EPFL. Take a look at our Outreach page.
  • We organized a women and engineering's day at our university to promote women in science.



  • Thanks to our sponsors

    Many thanks to our sponsors who made it possible for us to take part in this amazing competition.

    Team-EPF-Lausanne sponsors.jpg