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From 2011.igem.org

Contents 1 green light receptor 1.1 NAME OF YOUR EXPERIMENT 2 blue light receptor 2.1 Miniprep 2.2 Testdigest 3 red light receptor 3.1 NAME OF YOUR EXPERIMENT 4 Lysis cassette 4.1 NAME OF YOUR EXPERIMENT 5 Precipitator 5.1 Ligation 5.2 Transformation 5.3 PCR

green light receptor

NAME OF YOUR EXPERIMENT

Investigators:NAME

blue light receptor

Miniprep

Investigators: Sandra

Miniprep of:

• ♥-A3 Not 1
• ♥-A3 noT 2
• ♥-A3 noT 3

On the plates with tetracyclin nothing grew.

Testdigest

Investigators: Sandra

Testdigest of minipreps.

Digested with EcoRI and PstI.

red light receptor

NAME OF YOUR EXPERIMENT

Investigators:NAME

Lysis cassette

NAME OF YOUR EXPERIMENT

Investigators:NAME

Precipitator

Ligation

Name: Sophie	Date: 31.01.11
Continue from Date: 30.08.11 Name: Sophie Experiment: Digestion
Project Name: inducible promoter for pbd

Procedure

PCR tube:

total volume 20 μl

1. add H₂O (17 μl -X-Y-Z)
2. add 2 μl Ligase Buffer 10x
3. add Insert 1, Insert 2(when proceeding from 3A digestion use 2 μl of each)
4. add Vector (20ng needed. When proceeding from 3A digestion use 2 μl)
5. Add 1 μl T4-DNA Ligase
6. Incubate 10-30 min at room temperature
7. heat for 20 minutes at 80°C
8. store at -20°C or directly proceed to transformation

	Name of part	Ratio Insert:Vector = 3:1 or 1:1	Volume (μl)
X insert 1	S54	both
Y insert 2	ε 5
Z vector	psb1C3
H2O

Documentation:

Why are you doing this experiment? Where are your parts stored? Name the parts for ligation etc.

See Digestion...

Transformation

Name:Sophie	Date: 31.08.11
Continue from Date: 31.08.11 Name: Sophie Experiment: Ligation
Project Name: inducible promoter for pbd

Procedure

1. take cells from -80°C freezer and put them on ice! (every eppi contains about 400 μl cells)
2. thaw cells on ice 20 minutes
3. pipette 50 μl cells and 2 μl DNA into eppi still on ice!
4. Incubate for 30 minutes on ice
5. Heat at 42°C for 60 sec
6. Incubate on ice for 5 minutes
7. Add 200 μl LB Broth
8. Incubate for 2 hours at 37°C (cells with lysis cassette at 30°C!!)
9. Plate 50 μl and 200μl on two different LB/Agar plates with appropriate antibiotic resistance

Documentation:

Why are you doing this experiment? Name of the sample? Where are they stored? Name the vector with inserts, antibiotika resistance etc.

Name: S54-ε 5-C3 1:1 / 1:3 stored in incubator on Cm plates

PCR

Name: Sophie	Date: 31.08.11
Continue from Experiment new (Date) (Name)
Project Name:: pbd in Gst-vector

PCR-Mixture for one Reaction:

For a 50 µl reaction use

32,5µl	H20	Name
10µl	5x Phusion Buffer	of Primer
2.5µl	Primer fw	P93
2.5µl	Primer dw	P94
1µl	dNTPs	of Template DNA
1µl	DNA-Template
0.5 µl	Phusion (add in the end)

What program do you use?

First 25 cycles touchdown 63°C -0,3°C per cycle

next 10 cycles touchdown 72°C -0,3°C per cycle

To confirm the PCR-Product has the correct size, load 2 µl of the sample onto an agarose-gel.

How did you label the PCR-Product, where is it stored and what do you do next?

Labeled GFP-pbd-PCR

stored in

I will digest it with bamH I and Xho and ligate it to a GST-vector.