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Team:Alberta/Attributions
From 2013.igem.org
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| - | <h5> | + | <h5>Other Sections</h5> |
| - | <a href="/Team:Alberta/ | + | <a href="/Team:Alberta/Team" class="active"><p>Roster</p></a> |
| - | + | <a href="https://igem.org/Team.cgi?year=2013&team_name=Alberta"><p>Official Profile</p></a> | |
| - | <a href=" | + | <a href="/Team:Alberta/Sponsors"><p>Sponsors</p></a> |
| - | + | <a href="/Team:Alberta/Attributions"><p>Attributions</p></a> | |
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| - | <p>All of the experimental work described herein was performed by the team with technical support from Prof. Ellison’s technician, <b>Nien-tsu Tseng (Rick)</b>. The TSP concept was inspired by the <b>Missouri-Davidson 2007 iGEM team</b> who broke the ice with their work on the Hamiltonian variation of TSB problem. The experimental approaches used here evolved over discussions with our supervisors during group meetings. The correct weighting algorithm that relates city path lengths to linker concentrations was developed by <b>Dr. Doug Ridgway</b>, a supervisor of the 2012 iGEM team. The plasmids used to create TSB compatible parts by PCR were a gift from <b>Genomikon Inc</b>. | + | <p>All of the experimental work described herein was performed by the team with technical support from Prof. Ellison’s technician, <b>Nien-tsu Tseng (Rick)</b>. The TSP concept was inspired by the <b>Missouri-Davidson 2007 iGEM team</b> who broke the ice with their work on the Hamiltonian variation of TSB problem. The experimental approaches used here evolved over discussions with our supervisors during group meetings. The correct weighting algorithm that relates city path lengths to linker concentrations was developed by <b>Dr. Doug Ridgway</b>, a supervisor of the 2012 iGEM team. The plasmids used to create TSB compatible parts by PCR were a gift from <b><a href="http://www.genomikon.ca/">Genomikon Inc</a></b>. |
The creation of the violacin bricks that we will use in the test of the 5-city TSB would not have been possible without the violacein operon biobrick (K274002) that was created, submitted and carefully characterized by the <b>Cambridge 2009 iGEM team</b>. Wiki coding and design implementation was done by <b>Timo Hohn</b>, (B.Sc. in Computer Engineering). | The creation of the violacin bricks that we will use in the test of the 5-city TSB would not have been possible without the violacein operon biobrick (K274002) that was created, submitted and carefully characterized by the <b>Cambridge 2009 iGEM team</b>. Wiki coding and design implementation was done by <b>Timo Hohn</b>, (B.Sc. in Computer Engineering). | ||
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Latest revision as of 22:52, 14 November 2013
Attributions
All of the experimental work described herein was performed by the team with technical support from Prof. Ellison’s technician, Nien-tsu Tseng (Rick). The TSP concept was inspired by the Missouri-Davidson 2007 iGEM team who broke the ice with their work on the Hamiltonian variation of TSB problem. The experimental approaches used here evolved over discussions with our supervisors during group meetings. The correct weighting algorithm that relates city path lengths to linker concentrations was developed by Dr. Doug Ridgway, a supervisor of the 2012 iGEM team. The plasmids used to create TSB compatible parts by PCR were a gift from Genomikon Inc. The creation of the violacin bricks that we will use in the test of the 5-city TSB would not have been possible without the violacein operon biobrick (K274002) that was created, submitted and carefully characterized by the Cambridge 2009 iGEM team. Wiki coding and design implementation was done by Timo Hohn, (B.Sc. in Computer Engineering).
Thanks to these individuals for donating their time and talents!
