Team:ETH Zurich/labblog/20140528meet

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(Wednesday, May 28th)
 
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<html><article class="all meetings" date="20140528"></html>
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== Week 1 : Project selected ==  
== Week 1 : Project selected ==  
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Sierpinski triangles appear when the rule 90 is followed by every cell on the grid :
Sierpinski triangles appear when the rule 90 is followed by every cell on the grid :
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[[File:ETH Zurich Rule 90.PNG|600px]]
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[[File:ETH Zurich Rule 90.PNG|center|500px|thumb|Pattern given by rule 90 if only one cell is switched on in the first row at the beginning. The pattern appears row by row.]]
Ideally we will use a microfluidic chip. We could also use a 3D printed agar plate like this one to load the colonies. On this grid we can implement the rule 6, which is the simplification of rule 90 considered as a rule with 2 inputs : each cell computes a simple XOR gate of its two parents.
Ideally we will use a microfluidic chip. We could also use a 3D printed agar plate like this one to load the colonies. On this grid we can implement the rule 6, which is the simplification of rule 90 considered as a rule with 2 inputs : each cell computes a simple XOR gate of its two parents.
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[[File:ETH Zurich 3Dprint agar plate.png|left|600px|thumb|Arrangement of p and q cells on the chip]]
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[[File:ETH Zurich 3Dprint agar plate.png|center|600px|thumb|Arrangement of p and q cells on the chip]]
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[[File:ETH Zurich Rule 6.PNG|right|300px|thumb|Pattern given by rule 6 if only one cell is switched on in the first row at the beginning. The pattern appears row by row.]]
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[[File:ETH Zurich Rule 6.PNG|center|300px|thumb|Pattern given by rule 6 if only one cell is switched on in the first row at the beginning. The pattern appears row by row.]]
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*find possible parts in the registry for integrases, and design plasmids
*find possible parts in the registry for integrases, and design plasmids
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[[#top|Top]]
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Latest revision as of 14:33, 11 October 2014