Team:RHIT

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<h3>Project Goal</h3>
<h3>Project Goal</h3>
<p>The goal of our project is to prepare yeast strains that can easily be used to determine the mating type of other yeast haploids. Our constructs will employ a promoter active in the pheromone response pathway and a latch-type circuit to produce a fluorescent reporter protein when the pathway is activated. We hope our constructs will facilitate the progress of myriad researchers who use yeast as a model organism.</p>
<p>The goal of our project is to prepare yeast strains that can easily be used to determine the mating type of other yeast haploids. Our constructs will employ a promoter active in the pheromone response pathway and a latch-type circuit to produce a fluorescent reporter protein when the pathway is activated. We hope our constructs will facilitate the progress of myriad researchers who use yeast as a model organism.</p>
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<h3>About the Team</h3>
<h3>About the Team</h3>
<p>This is Rose-Hulman's first year to enter the iGEM competition. The team consists of six students of varying years and majors and three faculty advisors.</p>
<p>This is Rose-Hulman's first year to enter the iGEM competition. The team consists of six students of varying years and majors and three faculty advisors.</p>

Revision as of 04:42, 29 July 2012

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Project Goal

The goal of our project is to prepare yeast strains that can easily be used to determine the mating type of other yeast haploids. Our constructs will employ a promoter active in the pheromone response pathway and a latch-type circuit to produce a fluorescent reporter protein when the pathway is activated. We hope our constructs will facilitate the progress of myriad researchers who use yeast as a model organism.

About the Team

This is Rose-Hulman's first year to enter the iGEM competition. The team consists of six students of varying years and majors and three faculty advisors.

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