Team:Northwestern/Home

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         <h1>NU Models: Breaking Down Walls!</h1>
         <h1>NU Models: Breaking Down Walls!</h1>
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         <p class="lead">NU Models seeks to expand promoter and ribosome binding site characterization of E. coli to other non-model organisms chosen for their promise in other fields of research. All processes take place in a cell-free system to provide a consistent characterization platform. This information is useful in synthetic biology applications for healthcare, the environment, and industry as it provides a basis for DNA design in organisms other than E. coli that are more optimized for the needs of a given application.</p>
         <p class="lead">NU Models seeks to expand promoter and ribosome binding site characterization of E. coli to other non-model organisms chosen for their promise in other fields of research. All processes take place in a cell-free system to provide a consistent characterization platform. This information is useful in synthetic biology applications for healthcare, the environment, and industry as it provides a basis for DNA design in organisms other than E. coli that are more optimized for the needs of a given application.</p>
         <p><a class="btn btn-lg btn-success" href="https://2014.igem.org/Team:Northwestern/Project" role="button">Learn More</a></p>
         <p><a class="btn btn-lg btn-success" href="https://2014.igem.org/Team:Northwestern/Project" role="button">Learn More</a></p>
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           <h2>Accomplishments</h2>
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           <h2>Updates</h2>
           <p><strong>October 9th</strong>: Sent in our construct--the spinach-aptmer to iGEM HQ! This RFP-spinach aptamer deviates from currently submitted parts because it monitors and measures both mRNA concentration and protein concentration simultaneously via fluorescence.</p>
           <p><strong>October 9th</strong>: Sent in our construct--the spinach-aptmer to iGEM HQ! This RFP-spinach aptamer deviates from currently submitted parts because it monitors and measures both mRNA concentration and protein concentration simultaneously via fluorescence.</p>
           <p><strong>October 17th</strong>: Characterized our part</p>
           <p><strong>October 17th</strong>: Characterized our part</p>
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<h2>Thank you sponsors!</h2>
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Latest revision as of 00:53, 18 October 2014

Dropdown menu from bootstrap

Home

NU Models: Breaking Down Walls!

NU Models seeks to expand promoter and ribosome binding site characterization of E. coli to other non-model organisms chosen for their promise in other fields of research. All processes take place in a cell-free system to provide a consistent characterization platform. This information is useful in synthetic biology applications for healthcare, the environment, and industry as it provides a basis for DNA design in organisms other than E. coli that are more optimized for the needs of a given application.

Learn More

Updates

October 9th: Sent in our construct--the spinach-aptmer to iGEM HQ! This RFP-spinach aptamer deviates from currently submitted parts because it monitors and measures both mRNA concentration and protein concentration simultaneously via fluorescence.

October 17th: Characterized our part

Collaboration

Sent our water sample to the Cornell Team!

In contact with the UChicago Team about exchanging constructs

Getting Ready

For the Jamboree!

See you there!