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Team:UIUC Illinois
From 2014.igem.org
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| + | <br>University of Illinois at Urbana-Champaign 2014 iGEM</br> | ||
<p style="font-size:26px;"><br><br>The dark side of chocolate is well-known issue for small animals. To resolve this, UIUC iGEM 2014 Team focused on creating a probiotic which breaks down harmful Theobromine into innocuous substrate. Additionally, we worked on creating novel way to deal with coffee waste, converting it into more viable feed source. | <p style="font-size:26px;"><br><br>The dark side of chocolate is well-known issue for small animals. To resolve this, UIUC iGEM 2014 Team focused on creating a probiotic which breaks down harmful Theobromine into innocuous substrate. Additionally, we worked on creating novel way to deal with coffee waste, converting it into more viable feed source. | ||
<br>UIUC Software Team attempted to make two programs. The Cutsultant helps synthetic biologists to find the best enzyme for selected cut sites. The EvoTracer is designed to give information about the tolerance of plasmid against mutation, recombination, and other factors that react to disrupt the original genome. </br></p> | <br>UIUC Software Team attempted to make two programs. The Cutsultant helps synthetic biologists to find the best enzyme for selected cut sites. The EvoTracer is designed to give information about the tolerance of plasmid against mutation, recombination, and other factors that react to disrupt the original genome. </br></p> | ||
Revision as of 03:48, 18 October 2014
University of Illinois at Urbana-Champaign 2014 iGEM
The dark side of chocolate is well-known issue for small animals. To resolve this, UIUC iGEM 2014 Team focused on creating a probiotic which breaks down harmful Theobromine into innocuous substrate. Additionally, we worked on creating novel way to deal with coffee waste, converting it into more viable feed source.
UIUC Software Team attempted to make two programs. The Cutsultant helps synthetic biologists to find the best enzyme for selected cut sites. The EvoTracer is designed to give information about the tolerance of plasmid against mutation, recombination, and other factors that react to disrupt the original genome.
The Institute for Genomic Biology
Biosystems Design, South wing, 2nd floor
University of Illinois at Urbana-Champaign
1206 West Gregory Drive
61801 Urbana, Illinois
illinoisigem@gmail.com
illinoisigem@gmail.com 
