Difference between revisions of "Team:CAU China/Home"

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<img src="https://static.igem.org/mediawiki/2015/6/6b/CAU_1.JPG" width="400px">
 
<img src="https://static.igem.org/mediawiki/2015/6/6b/CAU_1.JPG" width="400px">
 
<h1>WELCOME TO CAU_China! </h1>
 
<h1>WELCOME TO CAU_China! </h1>
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<p>We are the team of China Agricultural University, CAU-China. For iGEM 2014, there are more than 20 members in our family and they spread from freshmen to juniors in CAU. It is the interest of synthetic biology and the ambition to propagate it that gathers us together. Though it is the second time for our team to take part in this amazing international competition,  for most of us, it is the first chance to directly join in the big event.
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<p>We are the team of China Agricultural University, CAU-China. For iGEM 2015, there are more than 20 members in our family and they spread from freshmen to juniors in CAU. It is the interest of synthetic biology and the ambition to propagate it that gathers us together. Though it is the third time for our team to take part in this amazing international competition,  for most of us, it is the first chance to directly join in the big event.
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This year, our idea creator, Mengni Wang, comes up with an idea named frozen by E.coli, intended to realize a dynamic pattern of snow flake with red fluorescence growing up from a point automatically with E.coli.  
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This year, we talked about our project together and came up with an idea about crops.
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Since last year, we have accomplished a series of tasks, such as Human Practice, Journal Club every week, e-book edition, team construction and so on. As members of our team, we get great pleasure from the process, especially from the activity of brainstorm.  
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So far, we have accomplished a series of tasks, such as Human Practice, Journal Club every week, e-book edition, team construction and so on. As members of our team, we get great pleasure from the process, especially from the activity of brainstorm.  
 
<br>To be a better team, there is still a long way to go, but luckily, we are all  adamant about and enthusiastic at that.
 
<br>To be a better team, there is still a long way to go, but luckily, we are all  adamant about and enthusiastic at that.
 
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<p> We move the frozen power from Disney to E.coli. We construct E.coli to express RFP to draw a dynamic pattern of snowflake. Once we kindle a spot, the pattern starts and grows up gradually. According to our design, two kinds of E.coli with partly different genetic pathway align alternatively. The two kinds of E.coli interact through two independent quorum sensing systems, LuxI/LuxR/AHL in vibrio fischeri and RpaI/RpaR/pC-HSL in Rhodopseudomonas palustris, while neither of them influencing themselves. A plate for E.coli culture is divided into rectangular grids and every “cell” in the grid is occupied with a colon of E.coli. On-state shows as red fluorescence while off-state shows as nothing illuminating. To kindle the system, we only need to add correspondent signal molecular to the central 4 colons of E.coli in a plate. Finally, there will be a snowflake with red fluorescence starts to grow up from a point automatically.1 </p>
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<p> Every year numbers of herbicide is used in agricultural industry. However, the weeds have somehow developed to be resistant to the herbicide because of the more and more extensive use of the herbicide. Therefore, people have to raise the amount of herbicide used in agricultural industry year by year, but the increased amount of herbicide have caused a lot of harmful effect such as toxic substance remaining, crop growth being inhibited and so on. In order to solve the problem, the mix use of herbicide has been figured out. The mix use of the herbicide has plenty of benefits including decreasing the dose, increasing the efficacy, decreasing the poison residual and expanding the weed control spectrum. According to this our team created four new genes, all of which have the resistance to two different herbicide.What's more, we found out the polypeptide we used to link 2 different resistant genes had many other interesting applications .1 </p>
 
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Revision as of 14:12, 5 September 2015

Team:CAU China/Home - 2014.igem.org

 

Team:CAU China/Home

From 2014.igem.org

WELCOME TO CAU_China!

We are the team of China Agricultural University, CAU-China. For iGEM 2015, there are more than 20 members in our family and they spread from freshmen to juniors in CAU. It is the interest of synthetic biology and the ambition to propagate it that gathers us together. Though it is the third time for our team to take part in this amazing international competition, for most of us, it is the first chance to directly join in the big event. This year, we talked about our project together and came up with an idea about crops. So far, we have accomplished a series of tasks, such as Human Practice, Journal Club every week, e-book edition, team construction and so on. As members of our team, we get great pleasure from the process, especially from the activity of brainstorm.
To be a better team, there is still a long way to go, but luckily, we are all adamant about and enthusiastic at that.

Project descriptions

Every year numbers of herbicide is used in agricultural industry. However, the weeds have somehow developed to be resistant to the herbicide because of the more and more extensive use of the herbicide. Therefore, people have to raise the amount of herbicide used in agricultural industry year by year, but the increased amount of herbicide have caused a lot of harmful effect such as toxic substance remaining, crop growth being inhibited and so on. In order to solve the problem, the mix use of herbicide has been figured out. The mix use of the herbicide has plenty of benefits including decreasing the dose, increasing the efficacy, decreasing the poison residual and expanding the weed control spectrum. According to this our team created four new genes, all of which have the resistance to two different herbicide.What's more, we found out the polypeptide we used to link 2 different resistant genes had many other interesting applications .1

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