Team:Freiburg/Highlights
From 2013.igem.org
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<li>...construct a catalytically inactive version of <b>Cas9</b> and thus generate a new <b>DNA binding protein</b>.</li> | <li>...construct a catalytically inactive version of <b>Cas9</b> and thus generate a new <b>DNA binding protein</b>.</li> | ||
<li>...combine this modified dCas9 with different transcriptional <b>effectors</b>.</li> | <li>...combine this modified dCas9 with different transcriptional <b>effectors</b>.</li> | ||
- | <li>... | + | <li>...express this system in various <b>mammalian</b> cell lines.</li> |
<li>...<b>control</b> mammalian gene expression via our modified CRISPR/Cas system.</li> | <li>...<b>control</b> mammalian gene expression via our modified CRISPR/Cas system.</li> | ||
<li>...regulate gene expression on <b>light stimulus</b>.</li> | <li>...regulate gene expression on <b>light stimulus</b>.</li> |
Revision as of 00:19, 3 October 2013
HIGHLIGHTS
In the last months we were able to...
In summary we build up a universal applicable toolkit for gene regulation. |
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