Team:Osaka/Project animation

From 2010.igem.org

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<embed src="http://www22.atpages.jp/igemosaka/animation.swf" quality="high" width="600" height="600" align="middle" allowScriptAccess="sameDomain" type="application/x-shockwave-flash" pluginspage="http://www.macromedia.com/go/getflashplayer" />
<embed src="http://www22.atpages.jp/igemosaka/animation.swf" quality="high" width="600" height="600" align="middle" allowScriptAccess="sameDomain" type="application/x-shockwave-flash" pluginspage="http://www.macromedia.com/go/getflashplayer" />
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<p>
<p>
Hello, everyone!<br>
Hello, everyone!<br>
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Here we go!<br>
Here we go!<br>
</p>
</p>
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<p>  
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<p>
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There is desert with strong sunlight.<br>  
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At first, we want to show you what happens <br>
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At first, we plant trees in the desert.<br>
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when we try to plant trees in the desert, in conventional way. <br>
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On the ground, we also put our gene designed microbe and water-absorbing biopolymer.<br>  
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Here is the desert with a strong sun light.<br>
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At first, we plant just trees.<br>
</p>
</p>
<p>
<p>
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As usual, tree makes flower, and after that seeds will fallen from tree.<br>
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As usual, tree makes flower, and after that seeds will fallen from trees.<br>
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If everything go well, then trees will grow successfully.<br>
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If everything go well, trees grows successfully.<br>
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However, if severe dry season comes, some threes unfortunately die and fall down.<br>  
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However, if severe dry season comes, some threes unfortunately die and fall.<br>  
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Now, if we did just planted woods in desert, then this is the end of the project. <br>
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Even though rain season comes, water on the ground quickly vaporize and sprout from seeds can not survive.<br>
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Nevertheless, we have our microbe!<br>
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</p>
</p>
<p>
<p>
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You might think this is weird, but in dry areas it rains sometime.<br>
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Now, I want to introduce our model, Continuous Greening Cycle!<br>
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When there is enough water around our microbe, it starts to produce enzymes.<br>
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Our enzyme has special ability to break the chemical bond in cellulose or wood fiber.<br>
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Enzymes corporate each other to create sugar or otherwise called glucose.<br>
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Then our microbe will eat glucose and make water-absorbing biopolymer.<br>  
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</p>
</p>
<p>
<p>
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Since the microorganism will create more water absorbing biopolymer, the area with accumulated biopolymer will increase.<br>  
+
At first, we plant trees as same as before.<br>
 +
The different point is that on the ground we also put our gene designed microbe and water-holding biopolymer. <br>
 +
Same as before, the trees make flowers and seeds will fallen from trees. <br>
 +
Then harsh dry season comes and trees die. However, this is not the end. <br>  
</p>
</p>
<p>
<p>
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Even though another dry reason came and rain water vaporized, the area with the biopolymer still holds enough amount of water in ground. Thus seeds sprout. <br>
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When it rains, our microbes starts to produce enzymes.<br>
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These enzyme has special ability to break the chemical bond in cellulose.<br>
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Each enzymes corporate each other to create glucose.<br>
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Then our microbe will eat glucose and make water-holding biopolymer.<br>  
</p>
</p>
<p>
<p>
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Shoots of plants absorb carbon dioxide and grow bigger and bigger.<br>
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Since the microorganism will create more water holding biopolymer, the area with accumulated biopolymer will increase.<br>  
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If this continuous more and more, all ground will be filled with enough water, and more trees grow in the area.<br>
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By recovering vegetation in dry area, animals and human can live in there.<br>  
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</p>
</p>
<p>
<p>
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The important point on our project is the cycle! By getting energy from plant fibers, microbes create substance that can help plant to grow.<br>
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Even though another dry reason came seeds sprout. <br>
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The microbe has ability to go through this by own and no human help is needed.<br>
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Moreover, the cycle is self expanding because it creates more water absorbing biopolymer as it decomposes wood fiber.<br>
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The low cost and sustainable cycle helps developing countries to increase living space.<br>
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In addition, fixation of carbon dioxides in plants contributes stopping global warming and developing countries can sell the emission by trading. <br>
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</p>
</p>
<p>
<p>
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Sprouts of plants absorb carbon dioxide and grow bigger and bigger.<br>
 +
If this cycle keeps going and spread more and more, all ground will be filled with enough water, and more trees will grow in the area.<br>
 +
By recovering vegetation in dry area, animals and human can be able to live in there.<br>
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</p>
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<p>
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THANK YOU!!
THANK YOU!!
</p>
</p>

Latest revision as of 23:21, 27 October 2010


Hello, everyone!
We are iGEM from Osaka University, Japan!
Today, I want to introduce our project, “Continuous Greening Cycle.”
Here we go!

At first, we want to show you what happens
when we try to plant trees in the desert, in conventional way.
Here is the desert with a strong sun light.
At first, we plant just trees.

As usual, tree makes flower, and after that seeds will fallen from trees.
If everything go well, trees grows successfully.
However, if severe dry season comes, some threes unfortunately die and fall.
Even though rain season comes, water on the ground quickly vaporize and sprout from seeds can not survive.

Now, I want to introduce our model, Continuous Greening Cycle!

At first, we plant trees as same as before.
The different point is that on the ground we also put our gene designed microbe and water-holding biopolymer.
Same as before, the trees make flowers and seeds will fallen from trees.
Then harsh dry season comes and trees die. However, this is not the end.

When it rains, our microbes starts to produce enzymes.
These enzyme has special ability to break the chemical bond in cellulose.
Each enzymes corporate each other to create glucose.
Then our microbe will eat glucose and make water-holding biopolymer.

Since the microorganism will create more water holding biopolymer, the area with accumulated biopolymer will increase.

Even though another dry reason came seeds sprout.

Sprouts of plants absorb carbon dioxide and grow bigger and bigger.
If this cycle keeps going and spread more and more, all ground will be filled with enough water, and more trees will grow in the area.
By recovering vegetation in dry area, animals and human can be able to live in there.

THANK YOU!!


© iGEM OSAKA 2010 All rights reserved