Team:UIUC-Illinois

From 2011.igem.org

(Difference between revisions)
Line 31: Line 31:
     <div id="define-block">
     <div id="define-block">
-
       <div class="title"><center>University of Illinois - International Genetically Engineered Machine</center</div>
+
       <div class="title"><center>University of Illinois - International Genetically Engineered Machine</center></div>
     </div>
     </div>

Revision as of 04:31, 28 September 2011

University of Illinois iGEM Team
E.chiver - Dynamic Efficient Bacteria
This is the text that will be copied from the document that we have right now. This is all filler text. This is the text that will be copied from the document that we have right now. This is all filler text. This is the text that will be copied from the document that we have right now. This is all filler text.
1   2   3   4   5
University of Illinois - International Genetically Engineered Machine
What is eChiver?
This is a quick description, or will be a quick description about the future iFile Project. An ecoli cell that has an all new way of changing the way we think about the function of a cell. Imagine a cell that was fully adaptable to different conditions that would maxamize productivity if needed, but would not waste energy when a cell didn't need to. Consider it the eColi cell version 2.0. The higher the number, the better right? Well, welcome to the iFile Project.
Who We Are
Amanda Chang
This is a random blurb. This is a random blurb. This is a random blurb. This is a random blurb. This is a random blurb. This is a random blurb. This is a random blurb. This is a random blurb. This is a random blurb. This is a random blurb. This is a random blurb. This is a random blurb. This is a random blurb. This is a random blurb.This is a random blurb. This is a random blurb. This is a random blurb. This is a random blurb.
Dynamic
This is a quick description, or will be a quick description about the future iFile Project. An ecoli cell that has an all new way of changing the way we think about the function of a cell. Imagine a cell that was fully adaptable to different conditions that would maxamize productivity if needed, but would not waste energy when a cell didn't need to. Consider it the eColi cell version 2.0. The higher the number, the better right? Well, welcome to the iFile Project.
Efficient
This is a quick description, or will be a quick description about the future iFile Project. An ecoli cell that has an all new way of changing the way we think about the function of a cell. Imagine a cell that was fully adaptable to different conditions that would maxamize productivity if needed, but would not waste energy when a cell didn't need to. Consider it the eColi cell version 2.0. The higher the number, the better right? Well, welcome to the iFile Project.
Multi-purpose
This is a quick description, or will be a quick description about the future iFile Project. An ecoli cell that has an all new way of changing the way we think about the function of a cell. Imagine a cell that was fully adaptable to different conditions that would maxamize productivity if needed, but would not waste energy when a cell didn't need to. Consider it the eColi cell version 2.0. The higher the number, the better right? Well, welcome to the iFile Project.

Retrieved from "http://2011.igem.org/Team:UIUC-Illinois"