Difference between revisions of "Team:Arizona State/Collaborations"

 
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<p>Throughout the year, we contacted several iGEM teams to collaborate on our projects. We reached out to high school teams, which may not have the resources to sequence plasmids or parts. The two teams that we collaborated with were the Urban Tundra team from Edmonton and Broad Run Northern VA from Baltimore. We helped characterize their parts by sequencing plasmids and aligning them with predicted sequences.</p>
 
<p>Throughout the year, we contacted several iGEM teams to collaborate on our projects. We reached out to high school teams, which may not have the resources to sequence plasmids or parts. The two teams that we collaborated with were the Urban Tundra team from Edmonton and Broad Run Northern VA from Baltimore. We helped characterize their parts by sequencing plasmids and aligning them with predicted sequences.</p>
  
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<h2>Urban Tundra</h2>
 
<h2>Urban Tundra</h2>
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<p>We collaborated with the Urban Tundra iGEM team from Edmonton, Canada. The team was unable to sequence the plasmid that they designed, so the ASU team offered to sequence their plasmid via the Core Laboratory at ASU. The information was collected and sent back to the Urban Tundra team. </p>
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<p>We collaborated with the Urban Tundra iGEM team from Edmonton, Canada. The team was unable to sequence the plasmid that they designed, so the ASU team offered to sequence their plasmid via the Core Laboratory at ASU. The sequence information was collected, aligned using Benchling.com, and then the Urban Tundra team was sent instructions on how to view the shared data. </p>
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<p>The following plasmids were generated, one with malE SP gene (SP+) and one without (SP-). The aim of this project was to cleanse toxins from Martian soil through the bioreaction of between Chlorite Dismutase and chlorite ions. Sequencing helped them to identify a mutation in one of their constructs! </p>
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<h4>CPB38(Cld SP+)</h4>
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<h2>Broad Run Northern VA</h2>
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<h4>CPB38(Cld SP-)</h4>
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<p>We also collaborated with the Broad Run Northern VA team from Baltimore, MD. Their team was also unable to sequence two of the plasmids that they constructed. The ASU team helped sequence those two plasmids via the Core Laboratory at ASU. Both sequences were collected and sent back to the Baltimore team. </p>
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<h3>SP+ Plasmid Sequence</h3>
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<h3>SP- Plasmid Sequence</h3>
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Latest revision as of 17:51, 19 October 2016

Collaboration

Throughout the year, we contacted several iGEM teams to collaborate on our projects. We reached out to high school teams, which may not have the resources to sequence plasmids or parts. The two teams that we collaborated with were the Urban Tundra team from Edmonton and Broad Run Northern VA from Baltimore. We helped characterize their parts by sequencing plasmids and aligning them with predicted sequences.

Urban Tundra

We collaborated with the Urban Tundra iGEM team from Edmonton, Canada. The team was unable to sequence the plasmid that they designed, so the ASU team offered to sequence their plasmid via the Core Laboratory at ASU. The sequence information was collected, aligned using Benchling.com, and then the Urban Tundra team was sent instructions on how to view the shared data.


The following plasmids were generated, one with malE SP gene (SP+) and one without (SP-). The aim of this project was to cleanse toxins from Martian soil through the bioreaction of between Chlorite Dismutase and chlorite ions. Sequencing helped them to identify a mutation in one of their constructs!

CPB38(Cld SP+)

CPB38(Cld SP-)

SP+ Plasmid Sequence


SP- Plasmid Sequence


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