Tokyo Alliance: Introduction
From 2006.igem.org
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| - | <center>[[Tokyo Alliance 2006|Top]] : [[Tokyo Alliance: Introduction|Introduction]] : [[Tokyo Alliance: Significance|Significance]] : [[Tokyo Alliance: Design/Method|Design/Method]] : [[Tokyo Alliance: Conclusion|Conclusion]] : [[About Tokyo Alliance]] </center> | + | <center>[[Tokyo Alliance 2006|Top]] : [[Tokyo Alliance: Introduction|Introduction]] : [[Tokyo Alliance: Significance|Significance]] : [[Tokyo Alliance: Design/Method|Design/Method]] : [[Tokyo Alliance: Conclusion|Results/Conclusion]] : [[About Tokyo Alliance]] </center> |
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*SYANAC and Human take turns to draw Os or X s. | *SYANAC and Human take turns to draw Os or X s. | ||
*One who completes a row of three Win the game. | *One who completes a row of three Win the game. | ||
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| + | In case of SYANAC, we put ''E.Coli'' transformants (each has a function encoded in a plasmid) in every square. | ||
====Name==== | ====Name==== | ||
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| - | ====How to play?==== | + | ====How to play with SYANAC?==== |
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| + | [http://131.112.128.86/downloads/Tokyo_HowtoPlay.ppt How to Play with SYANAC] (.ppt 868KB ver.1031) | ||
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Latest revision as of 15:22, 30 October 2006
Contents |
About Noughts-and-Crosses
Noughts-and-Crosses
Noughts-and-Crosses (a.k.a. Tic-Tac-Toe) is widely known board game. We call this "Sanmoku-Narabe"「三目並べ」 in Japanese.
Our project is to make this Noughts-and-Crosses in vivo.
SYANAC Introduction
- 3x3 Squares
- SYANAC and Human take turns to draw Os or X s.
- One who completes a row of three Win the game.
In case of SYANAC, we put E.Coli transformants (each has a function encoded in a plasmid) in every square.
Name
SYANAC is named after Japanese famous woodbrick print master, Toshusai Sharaku. Sharaku(Wikipedia)
Inputs/Outputs
- Inputs
- Chemicals
- To indicate each square
- To be spreaded into all squares.
- Chemicals
- Outputs
- Reporter of SYANAC: GFP
- Reporter of Human: RFP
How to play with SYANAC?
How to Play with SYANAC (.ppt 868KB ver.1031)
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