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Team:Calgary
From 2010.igem.org
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<h3>Wetlab</h3> | <h3>Wetlab</h3> | ||
| - | <p>You’re stressing me out! This year, in the wetlab, we have been designing a reporter system to detect problems in protein expression. Our system uses a visual output to allow | + | <p>You’re stressing me out! This year, in the wetlab, we have been designing a reporter system to detect problems in protein expression. Our system uses a visual output to allow specificity in determining which step in protein expression problems are occurring.</p> |
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<h3>Modelling</h3> | <h3>Modelling</h3> | ||
| - | <p>Our modeling project has focused on modeling | + | <p>Our modeling project has focused on simulating and modeling the formation of inclusion bodies, aggregates of protein within the cell. We've been exploring the factors that lead to their ormation</p> |
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<h3>Community</h3> | <h3>Community</h3> | ||
| - | <p>Our human practices section focused on exploring ethical issues in synthetic biology through an ethics paper as well as a podcast focusing on a few key issues. | + | <p>Our human practices section focused on exploring ethical issues in synthetic biology through an ethics paper as well as a podcast focusing on a few key issues. Our outreach initiatives also allowed the iGEM students to spread knowledge about iGEM to the general public and to potential future scientists through activities such as high school presentations and participation in various research symposiums.</p> |
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Revision as of 23:37, 27 October 2010
What new dangers and unintended consequences will synthetic biology pose to us in the future? iGEM Calgary travels to Defence Research and Development Canada Suffield, a major Canadian Military Research facility that specializes in chemo-biological threats. Read more...
Our modelling project consists of two components: a mathematical model done in MATLAB and an animation done in Autodesk Maya. We hope to model the formation of inclusion bodies, which are aggregations of misfolded protein that can occur within cells. Using Maya, we also hope to visually show other students one of the proposed aggregation mechanisms described in the literature. Read more here...
Our outreach project included educating highschool students about iGEM. Outreach also entailed blog entries and podcast about synthetic life, iGEM and open source as well as Genetically modified foods. The blog entry, podcasts and high school presentations allowed the iGEM students to spread knowledge about iGEM to the general public and to potential future scientists. Read more here...
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WetlabYou’re stressing me out! This year, in the wetlab, we have been designing a reporter system to detect problems in protein expression. Our system uses a visual output to allow specificity in determining which step in protein expression problems are occurring. |
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ModellingOur modeling project has focused on simulating and modeling the formation of inclusion bodies, aggregates of protein within the cell. We've been exploring the factors that lead to their ormation |
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CommunityOur human practices section focused on exploring ethical issues in synthetic biology through an ethics paper as well as a podcast focusing on a few key issues. Our outreach initiatives also allowed the iGEM students to spread knowledge about iGEM to the general public and to potential future scientists through activities such as high school presentations and participation in various research symposiums. |
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