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From 2008.igem.org

Our group has tens of students, of whom are freshmen, sophermore, junior and senior. And we are in different majors, some of us are from the school of chemical engineering and technology, some of us are from School of architecture, and some of us are from School of electronic and information engineering. The various backgrounds of us are really helpful in our brain storm held every couple of days. In the brain storms, we show our ideas come to us randomly, we discuss the value and the availibilty of the ideas and comes with more new ideas. Here I’d like to present some of our ideas and to get some advices from you.

Inspiration: Just like Newton’s apple and Archimedes’s bathroom , we need inspiration too. Gain: No pain, no gain. We suffer from endless searching and reasoning, and we stand up time and time again after numerous failure and hits. Experiment: Hypothesis is hypothesis forever. Through experiment, we endow it with life. Modeling: Like experiment, modeling is also an effective and rapid way to give us the answer, especially simulating result of extreme situation. Teamwork: We maybe ordinary people if we work separately, but we are outstanding when we get together in 08 iGEM Team. Jellyfish: The origin of green fluorescent protein, always known as GFP,which is the commonly used signal in detecting the gene expression. Universal: Since science has no border, we communicate with researchers worldwide.| Your team picture

Team Example 2

Home	The Team	The Project	Parts Submitted to the Registry	Modeling	Notebook

(Or you can choose different headings. But you must have a team page, a project page, and a notebook page.)

Who we are

Advisors: Advisor 1: Chunting Zhang Advisor 2: Yingjin Yuan Advisor 3: Xueming Zhao Instructors: Instructor 1: Kai Song Instructor 2: He Huang Undergrads: Student 1: Nan Hou Student 2: Jin Du Student 3: Duo Liu Student 4: Fang Yuan Student 5: Weiran Zhang Student 6: Meng Yang Student 7: Ye Deng Student 8: Chang Xu Student 9: Duanduan Han

Our Olympical Experience Professor Chunting Zhang Professor Yingjin Yuan Team member 4 Team member 5

What we did

As we all know, the volume of the bucket is determined by the shortest board, if we want the bucket to hold much more water, we need to lengthen the shortest one. So, how can we realize this goal? Here we can borrow the concept of pipeline in manufacturing to solve our problem. In this design, we emphasize the spirit of being cooperate and help each other, then we can achieve higher efficiency and finally reach our goals. In this idea, we make an analogous between pipeline, which is widely used in manufacturing, and our gene circuits. We also borrow the concept of bucket theory to emphasize the spirit of being cooperate and help each other, then we can achieve higher efficiency and finally reach our goals.

Where we're from

Tianjin University, Tianjin, P.R.China

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