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We recruit 10 students
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Students are divided into 3 groups.
Group 1:Li Xiang, Zhang Jinchun, Cheng Weiqiu, Yu Yang.
Group 2:Wu Fanzi, Zhou Xinxuan, Xu Yanhui.
Group 3:Liu Xuemin, Xu Jinjin, Sun Chaoying -
We browsed the IGEM offical web site of the results in 2012 ,looking for the highlights of all the teams.
Contributors: All -
The project of berkeley kindled our interests and we choosed the "SPACE" as our thesis.
Contributors: All -
We studied biobricks, thinking about why them designed like this.
Contributors: All -
In order to transit protein into the specific location. We find the targeting sequences of yeaset or E.coli in many resources such as databases and publications.We listed the information by Name, Location, N or C terminal and sequences
Contributors: Group 1 -
We screened the biobricks,trying to find all the fluorescence biobricks in the database.
Contributors: Group 2 -
The luciferase as a reporter gene were obtained from the database. Contributors: Wu Fanzi; Zhou Xinxuan; Xu Jinjin
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To verified their sequences, we conducted several plasmid tansformation experiments of the reporter gene.
Contributors:Grounp 3 -
We prepared a presentation and protocol to attend the siminar tonight. contributor:Wu Fanzi, Zhou Xinxuan, Zhang Jinchun, Xu Yanhui, Yu yang, Cheng Weiqiu, Li Xiang
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We revised premiers of the SPACE .The protect sequence in 5' have been added. contributor:Zhang Jinchun, Yu yang
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We decided to conduct the terminator pre-experiment . contributors:All
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The biobricks have been named according to the rules and the speech draft with one poster have been presented in the ppt. contributor:Li Xiang, Zhang Jinchun, Cheng Weiqiu,Wu fanzi, Yu yang
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We discused an ideal modeling solution, at least it allows the process to execute. Contributors: All
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We attempt to structuct the E.coli terminator. contributor:Xu Yanhui, Wu Fanzi, Zhou Xinxuan
