Team:Tokyo Tech/More/Attribution and Contribution
From 2013.igem.org
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We also want to thank all those advisors and instructors who helped us discuss these ideas and guided us through doing the experiments. The whole experimental data produced by team Tokyo Tech 2013 comes from experiments carried out all by undergraduates. | We also want to thank all those advisors and instructors who helped us discuss these ideas and guided us through doing the experiments. The whole experimental data produced by team Tokyo Tech 2013 comes from experiments carried out all by undergraduates. | ||
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- | The ideas of | + | The ideas of "Crosstalk circumvention" "M13 phage" and "Plant hormone" were all proposed by undergraduate members of our team (Emma Hatanaka, Tatsuhiro Isozaki and Ryota Fujiwara). Modeling related to "Crosstalk circumvention" and "Plant hormone" were also done by undergraduate students (Yochiku Shi). |
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Revision as of 08:02, 28 October 2013
Attribution and Contribution
Attribution
We are proud to say that all of the ideas we worked on this summer were proposed by undergraduate members of our own team. We also want to thank all those advisors and instructors who helped us discuss these ideas and guided us through doing the experiments. The whole experimental data produced by team Tokyo Tech 2013 comes from experiments carried out all by undergraduates.
The ideas of "Crosstalk circumvention" "M13 phage" and "Plant hormone" were all proposed by undergraduate members of our team (Emma Hatanaka, Tatsuhiro Isozaki and Ryota Fujiwara). Modeling related to "Crosstalk circumvention" and "Plant hormone" were also done by undergraduate students (Yochiku Shi).
--Student team members--
Our undergraduate members carried out all experiments!
Our undergraduate members carried out all experiments!
performing all cloning (transformatin, culture cells, miniprep):
performing plaque assay (assay for confirmation of the parts concerning M13 phage):
performing bio assay (assay concerning plants):
performing fluorescence assay (experiment using flow cytometer):
performing parts construction (restriction digest, ligation):
modeling (simulation of the genetic circuit ):
performing identification of cytokinins (UPLC):