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Team:ETH Zurich/Flagging
From 2013.igem.org
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In the computer game Minesweeper, the player has an option to flag a square. By doing so, you mark a square with a flag. This is helpful for the player to flag a square that is a mine square as this prevents the player from clicking on the flagged square.<br> | In the computer game Minesweeper, the player has an option to flag a square. By doing so, you mark a square with a flag. This is helpful for the player to flag a square that is a mine square as this prevents the player from clicking on the flagged square.<br> | ||
| - | We incorporate this feature of flagging in Colisweeper too. The player has an option to flag a colony. To do this, the the flagging solution is pipetted on to a colony. If the colony turns in to green color , the colony has been flagged. To see more about playing see | + | We incorporate this feature of flagging in Colisweeper too. The player has an option to flag a colony. To do this, the the flagging solution is pipetted on to a colony. If the colony turns in to green color , the colony has been flagged. To see more about playing see [https://2013.igem.org/Team:ETH_Zurich/Play this.] The colony turns green due to the genomic hydrolase <i> lacZ</i> present in mines and non-mine colonies. |
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Revision as of 22:48, 28 October 2013
Flagging
In the computer game Minesweeper, the player has an option to flag a square. By doing so, you mark a square with a flag. This is helpful for the player to flag a square that is a mine square as this prevents the player from clicking on the flagged square.
We incorporate this feature of flagging in Colisweeper too. The player has an option to flag a colony. To do this, the the flagging solution is pipetted on to a colony. If the colony turns in to green color , the colony has been flagged. To see more about playing see this. The colony turns green due to the genomic hydrolase lacZ present in mines and non-mine colonies.
