Team:Goettingen/project overview navi

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         <div class="note_sthree"><center><h2><a href="/Team:Goettingen/project_overview">Background</a></h2></center><p>Fungal pathogens are a major public health threat with significant global effects which, surprisingly, is not being addressed as it should.</p>
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         <a href="/Team:Goettingen/project_overview"><div class="note_sthree"><center><h2>Background</a></h2></center><p>Fungal pathogens are a major public health threat with significant global effects which, surprisingly, is not being addressed as it should.</p>
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<div class="buttonGreen"><a href="https://2014.igem.org/Team:Goettingen/project_overview" ><img src="https://static.igem.org/mediawiki/2014/1/13/GreenGoettingen_click.png" width="40"/></a></div>
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                 <div class="note_sthree"><center><h2><a href="/Team:Goettingen/project_overview/project">Our project</a></h2></center><p>We want to produce peptides that bind to fungi. See why this matters.<br /><br /><br /></p>
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                 <a href="/Team:Goettingen/project_overview/project"><div class="note_sthree"><center><h2>Our project</a></h2></center><p>We want to produce peptides that bind to fungi. See why this matters.<br /><br /><br /></p>
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<div class="note_sthree"><center><h2><a href="/Team:Goettingen/project_overview/project_drylab">Dry lab</a></h2></center><p>Our peptides are small and fit into a scaffold with a known structure. We simulated their three-dimensional structure by homology modelling.</p>
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<a href="/Team:Goettingen/project_overview/project_drylab"><div class="note_sthree"><center><h2>Dry lab</a></h2></center><p>Our peptides are small and fit into a scaffold with a known structure. We simulated their three-dimensional structure by homology modelling.</p>
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<div class="buttonGreen"><a href="https://2014.igem.org/Team:Goettingen/project_overview/project_drylab" ><img src="https://static.igem.org/mediawiki/2014/1/13/GreenGoettingen_click.png" width="40"/></a></div>
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<div class="note_sthree"><center><h2><a href="/Team:Goettingen/project_overview/project_wetlab">Wet lab</a></h2></center><p>We've been busy at the lab picking peptides and much more. See how we did it.</p>
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<a href="/Team:Goettingen/project_overview/project_wetlab"><div class="note_sthree"><center><h2>Wet lab</a></h2></center><p>We've been busy at the lab picking peptides and much more. See how we did it.</p>
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<div class="note_sthree"><center><h2><a href="/Team:Goettingen/project_overview/perspectives">Perspectives</a></h2></center><p>The peptides we generated can be further refined and potentially become diagnostic and therapeutic tools.</p>
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<a href="/Team:Goettingen/project_overview/perspectives"><div class="note_sthree"><center><h2>Perspectives</a></h2></center><p>The peptides we generated can be further refined and potentially become diagnostic and therapeutic tools.</p>
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<div class="note_sthree"><center><h2><a href="/Team:Goettingen/project_overview/project_biobrick">BioBricks</a></h2></center><p>We want to share what we did so others can develop it further. Take a look at our BioBricks.</p>
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<a href="/Team:Goettingen/project_overview/project_biobrick"><div class="note_sthree"><center><h2>BioBricks</a></h2></center><p>We want to share what we did so others can develop it further. Take a look at our BioBricks.</p>
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Revision as of 15:23, 15 October 2014





Background

Fungal pathogens are a major public health threat with significant global effects which, surprisingly, is not being addressed as it should.

Our project

We want to produce peptides that bind to fungi. See why this matters.


Dry lab

Our peptides are small and fit into a scaffold with a known structure. We simulated their three-dimensional structure by homology modelling.

Wet lab

We've been busy at the lab picking peptides and much more. See how we did it.

Perspectives

The peptides we generated can be further refined and potentially become diagnostic and therapeutic tools.

BioBricks

We want to share what we did so others can develop it further. Take a look at our BioBricks.