Meeting
attendants:
Time:
green light receptor
already done:
To-do:
blue light receptor
already done:
To-do:
red light receptor
already done:
To-do:
Lysis cassette
already done:
To-do:
Precipitator
already done:
To-do:
green light receptor
NAME OF YOUR EXPERIMENT
Investigators:NAME
blue light receptor
Gel of the PCR product: LovTAP
Investigators: Sandra
To confirm the PCR worked this time, we loaded the sample onto a gel. The size of the fragment should be 1000bp.
The gel showed a band at 1000bp.
We digested the PCR product with DpnI and then purified the DNA with the PCR purification kit to further use the PCR product for 3A-assembly.
3A-assembly of Not-Gate, LovTAP in pSB1T3
Investigators: Sandra
Digestion
Amount of DNA and H20:
| Sample
| DNA μl
| H20 μl
|
| LovTAP
| 5
| 33
|
| Not-Gate
| 2
| 36
|
| pSB1T3
| 20
| 18
|
Enzymes necessary for digestion:
|
| LovTAP
| Not-Gate
| vector
|
| enzyme 1
| EcoRI
| XbaI
| EcoRI
|
| enzyme 2
| NheI
| PstI
| PstI
|
- Incubation at 37°C for 6 hours
- 20 minutes at 80°C
red light receptor
Picking clones of pcyA and ho1
Investigators: Sandra
Picked 2 clones of each plate:
- 1pTd (PR1+pcyA+terminator)
- 2pTd (PR2+pcyA+terminator)
- 1pTb (PR1+pcyA+terminator)
- 2pTb (PR2+pcyA+terminator)
- 1L23 (PR1+ho1+terminator)
- 2L23 (PR2+ho1+terminator)
Incubation over night.
Lysis cassette
Miniprep
Investigators: Jakob, Ruediger, Theo
| Name: Jakob, Ruediger, Theo
| Date: 12.08.2011
|
| Continue from Experiment: Transformation, 10.08.2011
|
| Project Name:
Lysis systeme, plasticbinding, GST-Tag, IPTG inducible promotor, LOV-Tap
|
Documentation:
Why are you doing this experiment? Name the parts which you extract.
- Need the DNA concentration
Describe your results and mistakes and measure the DNA concentration with the Nanodrop and note the results. How did you label your probes and where are they stored?
| Sample ID
| Nuclein Acid Conc. ng/µl
| A260/280
| A260/230
|
| LOV 3A
| 81,8
| 1,88
| 2,23
|
| PR4+GFP
| 87,1
| 1,85
| 1,93
|
| PR6-1
| 124,7
| 1,89
| 2,19
|
| PR6-2
| 138,1
| 1,88
| 2,14
|
| PR6-3
| 67,2
| 1,94
| 2,09
|
| PR6-4
| 96,5
| 1,85
| 1,58
|
| PR6-5
| 102,7
| 1,94
| 2,14
|
| PR6-6
| 111,5
| 1,88
| 1,99
|
| PR6-7
| 40,1
| 1,99
| 1,94
|
| PR4-1
| 71,3
| 1,90
| 1,79
|
| PR4-2
| 119,6
| 1,83
| 1,69
|
| PR4-3
| 135,4
| 1,84
| 1,83
|
| PR4-4
| 99,2
| 1,86
| 1,85
|
| PR4-5
| 90,9
| 1,84
| 1,67
|
| Lys+RBS-1
| 33,1
| 1,99
| 1,87
|
| Lys+RBS-2
| 43,8
| 1,94
| 1,91
|
| Lys+RBS-3
| 27,7
| 1,98
| 1,82
|
| Lys+RBS-4
| 38,9
| 2,02
| 1,92
|
| Lys+RBS-5
| 31,0
| 2,03
| 1,92
|
| Lys+RBS-6
| 39,9
| 2,00
| 1,84
|
| PGEX6P1-a
| 65,9
| 1,94
| 2,02
|
| PGEX6P1-b
| 65,3
| 1,90
| 1,98
|
| PGEX6P1-c
| 70,6
| 1,95
| 2,05
|
| PGEX6P1-d
| 43,6
| 1,82
| 1,40
|
| PGEX6P1-e
| 53,9
| 1,87
| 1,75
|
| S54
| 219,6
| 1,87
| 2,21
|
| S54
| 216,4
| 1,88
| 2,21
|
Precipitator
NAME OF YOUR EXPERIMENT
Investigators: NAME
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