Team:DTU-Denmark

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                      <area href="/Team:DTU-Denmark/Bioinformatic" coords="80,90,305,350" shape="rect">
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         <h2>What?</h2>
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         <h2>Vision</h2>
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In this project a novel small RNA technology for gene silencing in bacteria is developed. The silencing is flexible and works in most bacteria. For more information go to <a href="/Team:DTU-Denmark/Project">project overview</a>.
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Gene silencing is a fundamental technique in biology. It is currently a time-consuming process restricted to nonessential genes and a few bacteria. For more perspectives and possible solutions go to <a href="/Team:DTU-Denmark/Vision">project vision</a>.
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         <h2>Why?</h2>
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         <h2>Project</h2>
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Gene knockout is a fundamental technique in biology. It is currently a time-consuming process restricted to nonessential genes a few bacteria. For more perspectives go to <a href="/Team:DTU-Denmark/Vision">project vision</a>.
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In this project a novel small RNA technology for gene silencing in bacteria is developed. We applied bioinformatics, experimental biology and mathematical modeling. For a full description go to <a href="/Team:DTU-Denmark/Project">project overview</a>.
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         <h2>How?</h2>
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         <h2>Background</h2>
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Inspired by the chitobiose system in E. coli we constructed a biological and mathematical model of the small RNA technology. For additional details go to <a href="/Team:DTU-Denmark/Technical_stuff">technical stuff</a>.
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To help you understand the science of the project important concepts are explained. This covers small RNA, synthetic biology and more advanced topics. To get informed go to <a href="/Team:DTU-Denmark/Background_sRNA">background</a>.
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Latest revision as of 21:35, 21 September 2011

Vision

Gene silencing is a fundamental technique in biology. It is currently a time-consuming process restricted to nonessential genes and a few bacteria. For more perspectives and possible solutions go to project vision.

Project

In this project a novel small RNA technology for gene silencing in bacteria is developed. We applied bioinformatics, experimental biology and mathematical modeling. For a full description go to project overview.

Background

To help you understand the science of the project important concepts are explained. This covers small RNA, synthetic biology and more advanced topics. To get informed go to background.

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