Difference between revisions of "Team:Linkoping Sweden"

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===<center><ul>Welcome to LiU iGEM 2016!</ul></center>===
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=<center>Welcome to LiU iGEM 2016!</center>=
 
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<span>LiU iGEM was founded in 2013 at Linköping University and has been active with different projects ever since. This year we are a group of 11 students participating, studying everything from computer science to biology.  The project this year aims to optimize algae for biofuel production. Since today's use of fossil fuels is highly extensive we want to make it easier to enable economically efficient biofuels. Algae have shown great potential as a source for biofuels, unfortunately  their lipid content is too low, making the process expensive. Therefore, we attempt to increase the lipid content using the latest genetic tool CRISPR/Cas9 and a light induced system, in the model organism <i>Chlamydomonas reinhardtii</i>.</span>
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<span>LiU iGEM was founded in 2013 at Linköping University and has been active with different projects ever since. This year we are a group of 11 students participating, studying everything from computer science to biology.  The project this year aims to optimize algae for biofuel production. Since today's use of fossil fuels is highly extensive we want to make it easier to enable economically efficient biofuels. Algae have shown great potential as a source for biofuels, unfortunately  their lipid content is too low, making the fuel expensive. Therefore, we attempt to increase the lipid content using the latest genetic tool CRISPR/Cas9 and a light induced system in the model organism <i>Chlamydomonas reinhardtii</i>.</span>
 
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Latest revision as of 14:21, 19 October 2016

Welcome to LiU iGEM 2016!


T--Linkoping Sweden--Frontpage.jpg

About LiU iGEM

LiU iGEM was founded in 2013 at Linköping University and has been active with different projects ever since. This year we are a group of 11 students participating, studying everything from computer science to biology. The project this year aims to optimize algae for biofuel production. Since today's use of fossil fuels is highly extensive we want to make it easier to enable economically efficient biofuels. Algae have shown great potential as a source for biofuels, unfortunately their lipid content is too low, making the fuel expensive. Therefore, we attempt to increase the lipid content using the latest genetic tool CRISPR/Cas9 and a light induced system in the model organism Chlamydomonas reinhardtii.

LiU iGEM is proudly sponsored by