Difference between revisions of "Team:HZAU-China"
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<li>nder the irradiation of light, the dimer will dimerize, promoting the function of dCas9.</li> | <li>nder the irradiation of light, the dimer will dimerize, promoting the function of dCas9.</li> | ||
<li>Then the dCas9 will block the OriC, the replication origin of E.coli.</li> | <li>Then the dCas9 will block the OriC, the replication origin of E.coli.</li> | ||
| − | <li>After turning off the light, the dCas9 will split again, which causes the E.coli to reproduce again. | + | <li>After turning off the light, the dCas9 will split again, which causes the E.coli to reproduce again.</li> |
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Revision as of 08:59, 10 August 2017
Discription
- This year our project is about using light to control the reproduction of E.coli.
- We decide to block the replication of E.coli by using dCas9 targeting at OriC.
- By splitting dCas9 into two parts, each separately fused with a light inducible dimer.
- nder the irradiation of light, the dimer will dimerize, promoting the function of dCas9.
- Then the dCas9 will block the OriC, the replication origin of E.coli.
- After turning off the light, the dCas9 will split again, which causes the E.coli to reproduce again.
