Team:Freiburg/Project/toolkit

From 2013.igem.org

(Difference between revisions)
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Therefore you have to order the following plasmids from the <a id="link"  
Therefore you have to order the following plasmids from the <a id="link"  
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href="http://parts.igem.org/Main_Page"> iGEM parts registry </a>:
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href="http://parts.igem.org/Main_Page"> iGEM parts registry </a>. After receiving our plasmids, you will have to clone your target sequence into our crRNA plasmid (protocol see below).
</p>
</p>
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</table>
</table>
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<p>
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After receiving our plasmids, you will have to clone your target sequence
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-
 
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into our crRNA plasmid (protocol see below.)
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-
</p>
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<p>
<p>
Note: <br>
Note: <br>
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<ol>
<ol>
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<li> Oligo annealing: Anneal forward and reverse oligo to get the  
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<li> <b>Oligo annealing:</b> Anneal forward and reverse oligo to get the  
desired crRNA. Therefore mix 10 µl of 100 µM forward Oligo, 10 µl of 100 µM reverse Oligo and 80  
desired crRNA. Therefore mix 10 µl of 100 µM forward Oligo, 10 µl of 100 µM reverse Oligo and 80  
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solution cool down.</li>
solution cool down.</li>
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<li> Digest plasmid BBa_K1150034 with Bbs1: The restriction enzyme  
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<li> <b>Digest plasmid BBa_K1150034 with Bbs1:</b> The restriction enzyme  
Bbs1 should always be stored at -80° C. Mix about 500 ng of BBa_K1150034 with 1 µl of Bbs1,  
Bbs1 should always be stored at -80° C. Mix about 500 ng of BBa_K1150034 with 1 µl of Bbs1,  
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</li>
</li>
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<li> Ligate crRNAs (step 1) into Bbs1 cut backbone: The insert  
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<li> <b>Ligate crRNAs (step 1) into Bbs1 cut backbone:</b> The insert  
(crRNAs) should be ligated into the backbone in 3 molar insert excess. Therefore use this  
(crRNAs) should be ligated into the backbone in 3 molar insert excess. Therefore use this  
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minutes at room temperature.</li>
minutes at room temperature.</li>
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<li> Transform 3-5 µl of the mix following standard protocol. Pick  
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<li> <b>Transform</b> 3-5 µl of the mix following standard protocol. Pick  
clones, miniprep the plasmids and sequence it with pSB1C3 reverse sequencing primer (sequence:  
clones, miniprep the plasmids and sequence it with pSB1C3 reverse sequencing primer (sequence:  
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</p>
</p>
<ol>
<ol>
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<li> Digest first crRNA plasmid with XXX and XXX. This is your  
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<li> <b>Digest first crRNA plasmid</b> with XXX and XXX. This is your  
backbone. Therefore mix about 500 ng Backbone with 1 µl Enzyme 1 and 1 µl Enzyme 2, add an  
backbone. Therefore mix about 500 ng Backbone with 1 µl Enzyme 1 and 1 µl Enzyme 2, add an  
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for 2 hours. </li>
for 2 hours. </li>
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<li> Digest second crRNA plasmid with XXX and XXX. This is your  
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<li> <b>Digest second crRNA plasmid</b> with XXX and XXX. This is your  
insert (procedure see above).</li>
insert (procedure see above).</li>
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<li> Ligate the insert in 3 molar excess into the backbone  
+
<li> <b>Ligate</b> the insert in 3 molar excess into the backbone  
(formular see paragraph above).
(formular see paragraph above).
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<li> Transform 3-5 µl of the mix following standard protocol. Pick  
+
<li> <b>Transform</b> 3-5 µl of the mix following standard protocol. Pick  
clones, miniprep the plasmids and sequence it with pSB1C3 forward sequencing primer (sequence:  
clones, miniprep the plasmids and sequence it with pSB1C3 forward sequencing primer (sequence:  
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</p>
</p>
<ol>
<ol>
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<li> Transfect BBa_K1150020 with all desired crRNA plasmids  
+
<li> <b>Transfect</b> BBa_K1150020 with all desired crRNA plasmids  
(seperate crRNA plasmid and/or multiple crRNAs plasmid) </li>
(seperate crRNA plasmid and/or multiple crRNAs plasmid) </li>
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<li> Non-effector control: Transfect the appropriate crRNA -  
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<li> <b>Non-effector control:</b> Transfect the appropriate crRNA -  
plasmid togehter with BBa_K1150017 that has no effector.</li>
plasmid togehter with BBa_K1150017 that has no effector.</li>
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<li> Off target control: Transfect BBa_K1150020 without any crRNA  
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<li> <b>Off target control:</b> Transfect BBa_K1150020 without any crRNA  
plasmid.</li>
plasmid.</li>

Revision as of 16:08, 29 September 2013


The uniCAS toolkit - Customize your experiments!
You want to have a maximum of activation or repression of your genes by a minimal effort? Then you have to use the uniCAS toolkit provided by the iGEM team Freiburg 2013. All you have to do is:
  • Click yourself through the routine below
  • Order the appropriate plasmids and oligos
  • Conduct a minimal of cloning
  • Start your personalized experiment
By the end of the routine you will get a personal manual. All you need to use the uniCAS toolkit will be described there. Best of all: The uniCAS toolkit is all open source!