Team:Berkeley Wetlab/Passenger: Leucine Zippers

From 2009.igem.org

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(Functional Assay: Cell-Cell Clumping)
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One potential use of cell surface display is to adhere cells together selectively such that there is structure. However, such a feat is impossible to do in one step. In order to work up to such a goal, the first step of such an endeavor is create a basic system of adhere 2 cells types together. We propse using dimeric leucine zippers to adhere cells to one another. Leucine zippers are short peptides which form alpha helices that compliment each other. Using a GNC4 leucine zipper heterodimers KILR and EILD, we hoped to adhere cells to one another.
One potential use of cell surface display is to adhere cells together selectively such that there is structure. However, such a feat is impossible to do in one step. In order to work up to such a goal, the first step of such an endeavor is create a basic system of adhere 2 cells types together. We propse using dimeric leucine zippers to adhere cells to one another. Leucine zippers are short peptides which form alpha helices that compliment each other. Using a GNC4 leucine zipper heterodimers KILR and EILD, we hoped to adhere cells to one another.
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==Functional Assay: Cell-Cell Clumping==
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==Functional Assay: Cell-Cell Adhesion==
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This assay tests for the functionality of displayed leucine zippers via the leucine zipper's ability to dimerized with each other and, as a result, pull the cells out of solution into a clump.
[[Image:IGem2009_leucine_zipper_cartoon.jpg |500px]]
[[Image:IGem2009_leucine_zipper_cartoon.jpg |500px]]
<left> [[Image:iGem2009Berkeley_Cloudy.jpg |100px]]</left>
<left> [[Image:iGem2009Berkeley_Cloudy.jpg |100px]]</left>

Revision as of 04:32, 21 October 2009

Contents

Leucine Zippers

One potential use of cell surface display is to adhere cells together selectively such that there is structure. However, such a feat is impossible to do in one step. In order to work up to such a goal, the first step of such an endeavor is create a basic system of adhere 2 cells types together. We propse using dimeric leucine zippers to adhere cells to one another. Leucine zippers are short peptides which form alpha helices that compliment each other. Using a GNC4 leucine zipper heterodimers KILR and EILD, we hoped to adhere cells to one another.

Functional Assay: Cell-Cell Adhesion

This assay tests for the functionality of displayed leucine zippers via the leucine zipper's ability to dimerized with each other and, as a result, pull the cells out of solution into a clump. IGem2009 leucine zipper cartoon.jpg <left> IGem2009Berkeley Cloudy.jpg</left> <left> IGem2009Berkeley Clear.jpg</left>

Results

Data

Conclusions