Team:Cambridge/Templates/boxesprototypenew

From 2010.igem.org

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<p style="line-height:140%; padding-left:10px; padding-top:10px; padding-right:10px;text-align:justify; font-size:90%;">We placed genes from <a style="color:#6bbe00 !important" href="https://2010.igem.org/Team:Cambridge/Bioluminescence">fireflies</a> and bioluminescent <a style="color:#6bbe00 !important"  href="https://2010.igem.org/Team:Cambridge/Bioluminescence/Bacterial_Luciferases">prokaryotes</a> into E.coli to add brighter bacterial light to the registry. Using mutagenesis we created a range of coloured bioluminescent BioBricks.</p>
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<p style="line-height:140%; padding-left:10px; padding-top:10px; padding-right:10px;text-align:justify; font-size:90%;">The production of artificial light by the use of fossil fuels makes a significant contribution to CO2 emissions every year. Intrigued by the concept of alternative, sustainable light sources, the Cambridge iGEM Team 2010 investigated opportunities for generating ‘greener’ light.
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We placed genes form fireflies and bioluminescent prokaryotes into E.coli to make E.glowli. Codon optimisation and single amino acid mutagenesis allowed us to generate bright light output in a range of different colours.</p>
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Revision as of 21:40, 27 October 2010

Abstract

The production of artificial light by the use of fossil fuels makes a significant contribution to CO2 emissions every year. Intrigued by the concept of alternative, sustainable light sources, the Cambridge iGEM Team 2010 investigated opportunities for generating ‘greener’ light. We placed genes form fireflies and bioluminescent prokaryotes into E.coli to make E.glowli. Codon optimisation and single amino acid mutagenesis allowed us to generate bright light output in a range of different colours.

Multimedia

If you want a break from hard-core science, check out our Gibson Assembly music video.

You can also see view videos of our bacterial bubble lamp and project overview.