Calgary

From 2007.igem.org

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<span style="font-size:18px">E. coLisa!</span>
<span style="font-size:18px">E. coLisa!</span>
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<em>E. coLisa</em> project is our teams main project this year. Our goal is to engineer <em>E. coli</em> so that when we shine a light on them they will relase a protein called agarase. The agarase will then dissolve the agar medium in which the bacteria rest. We want to use this sytem to dissolve images into agar plates to create very high resolution pictures.
<em>E. coLisa</em> project is our teams main project this year. Our goal is to engineer <em>E. coli</em> so that when we shine a light on them they will relase a protein called agarase. The agarase will then dissolve the agar medium in which the bacteria rest. We want to use this sytem to dissolve images into agar plates to create very high resolution pictures.
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Revision as of 04:26, 27 October 2007

E. coLisa

Project
Design: Wet Lab
Design: Printer
Design: Software
Testing
Constructing Our Project: The Wetlab
Protocols
Final Result of E. coLisa

evoGEM

Introduction to evoGEM
Project Design
Results
Welcome to the University of Calgary Wiki for the 2007 iGEM Competition

This site presents detailed information about both of our projects. We have two projects that we are entering in this compeition. The first Eco. Lisa is our biological entry, the second Evo Gem is our computational project. The overal theme of our entry this year is designing highly controlled systems that allow for human-bacteria interaction. Full descriptions of each project can be found by using the links to your left.

E. coLisa!
laser shining on bacteria

E. coLisa project is our teams main project this year. Our goal is to engineer E. coli so that when we shine a light on them they will relase a protein called agarase. The agarase will then dissolve the agar medium in which the bacteria rest. We want to use this sytem to dissolve images into agar plates to create very high resolution pictures.

evoGEM What It Is and Where We Are...

At this point our evoGEM project is ready to show. It will accept a variety of parametres and automatically begin to generate potential circuts