Team:Cambridge/Experiments/Assembly of Reflectin Constructs
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*The time profile used in the PCR machine was the following: | *The time profile used in the PCR machine was the following: | ||
{| border="1px" align="center" style="text-align:center;" | {| border="1px" align="center" style="text-align:center;" | ||
- | |scope="col" width="100" | Hold | + | |scope="col" width="100" | '''Hold''' |
| | | | ||
|95 | |95 | ||
|2min | |2min | ||
|- | |- | ||
- | |scope="col" width="100" | Cycling | + | |scope="col" width="100" | '''Cycling''' |
- | |scope="col" width="100" | Denaturing | + | |scope="col" width="100" | ''Denaturing'' |
- | |scope="col" width=" | + | |scope="col" width="50" | 95 |
- | |scope="col" width=" | + | |scope="col" width="50" | 10s |
|- | |- | ||
| | | | ||
- | |scope="col" width="100" | Annealing | + | |scope="col" width="100" | ''Annealing'' |
- | |scope="col" width=" | + | |scope="col" width="50" | 55 |
- | |scope="col" width=" | + | |scope="col" width="50" | 20s |
|- | |- | ||
| | | | ||
- | |scope="col" width="100" | Elongation | + | |scope="col" width="100" | ''Elongation'' |
- | |scope="col" width=" | + | |scope="col" width="50" | 72 |
- | |scope="col" width=" | + | |scope="col" width="50" | 150s |
|} | |} | ||
Revision as of 11:46, 19 August 2011
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Contents |
Construct Design
Primer Design
We should mention expected lengths of products here.
Assembly: first attempt
PCR
In the first round of PCR, we amplified fragments required for the assembly of GA1, GA2, GA3 and GA4 constructs.
- We performed PCR using Phusion Hot Start DNA Polymerase in 20 μl reaction volume.
- The time profile used in the PCR machine was the following:
Hold | 95 | 2min | |
Cycling | Denaturing | 95 | 10s |
Annealing | 55 | 20s | |
Elongation | 72 | 150s |
- We decided to use 55 degrees annealing temperaure, although the calculated temperature for most primers is 5-10 degrees higher, because of low annealing temperature of the VF2 primer.
Gibson Assembly
Transformation
Results
Diagnostics
Assembly: second attempt
PCR
Gibson Assembly
Transformation
Results
What next?