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iGEM international Genetically Engineered Machine Competition

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... work at the iGEM Competition Jamboree at MIT and have a chance to win prizes. ... The grand prize winners of 2006 were the team from Slovenia who designed a ... – PowerPoint PPT presentation

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Title: iGEM international Genetically Engineered Machine Competition


1
iGEM international Genetically Engineered
Machine Competition
Ben Althouse and Pete Morcos
  • About the Competition
  • iGEM is an undergraduate Synthetic Biology
    competition. Student teams are given a kit of
    biological parts at the beginning of the summer.
    Working at their own schools over the summer,
    they use these parts and new parts of their own
    design to build biological systems and operate
    them in living cells. During the first weekend of
    November, they present their work at the iGEM
    Competition Jamboree at MIT and have a chance to
    win prizes. They add their new parts to the
    Registry of Standard Biological Parts for the
    students in the next year's competition. 1
  • In 2006, 400 students from 38 schools (not the
    UW) in 14 nations competed with diverse projects
    such as
  • Bacterial Conjugation (UC Berkeley)
  • Bacterial Freeze Tag (Brown)
  • Nanostructures for stealth drug delivery
    (Harvard)
  • Redesigning e. coli odor (MIT)
  • E. Coli Tic-Tac-Toe (Tokyo)
  • The grand prize winners of 2006 were the team
    from Slovenia who designed a negative feedback
    loop to control the immunoresponse to bacterial
    infection, keeping the host from developing
    sepsis.
  • 2007 will be the 4th year of the iGEM
    competition over 80 teams are expected. Teams
    will be required to be primarily undergraduate,
    although others are welcome as advisors.
    Registration starts in April!

Duke used e. coli as biomarkers in this rat as a
means to transport and display information. 4
Harvards nanobox for drug delivery. 2
Calgarys swarm bioluminescence 5
Tokyos AND-AND logic gates repressor-repressor
(top) and activator-repressor (bottom). 3
References 1 http//parts.mit.edu/r/parts/igem/i
ndex.cgi 2 http//openwetware.org/wiki/IGEMHarv
ard/2006/Container_Design_5 3
http//parts2.mit.edu/wiki/index.php/Tokyo_Allianc
e_Design/Method 4 http//igem.bme.duke.edu/he.h
tml 5 http//galapagos.cpsc.ucalgary.ca16080/w
iki/igemwiki/index.php/Main_Page
EE 546 BioCircuits! Spring 2007
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