Team:Warsaw/Calendar-Stage1/12 July 2010
From 2010.igem.org
(Difference between revisions)
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Monday, 12 June 2010 | Monday, 12 June 2010 | ||
<div class="note">Cloning GFP+terminator behind Anderson's RBSes </div> | <div class="note">Cloning GFP+terminator behind Anderson's RBSes </div> | ||
- | + | <br>1. Finish the alkaline lysis from Saturday 10.07, samples: 2.1, 3.1, 4.1, 5.1, 6.1 | |
- | <br>1. | + | |
<div class="note">Cloning Connumity RBSes+GFP+terminator behind 23100 </div> | <div class="note">Cloning Connumity RBSes+GFP+terminator behind 23100 </div> | ||
- | <br>2. | + | <br>2. Digest sample 12.1 J23100[synthetic promoter] with SpeI(Bcu)+ PstI, |
- | <br>3. | + | <br>Gel electrophoresis [Fig X] |
- | <br> | + | <br>3. Digest community RBSes-GFP-terminator, samples: 7.2 G, 8.1 E, 9.1 A, 11.1 P, 10.1 F with XbaI + PstI |
- | <br>4. | + | <br>Gel electrophoresis {Fig X] |
+ | <br> Ligation of sample 12.1 J23100 [promoter] with the community RBSes-GFP-terminator samples: 7.2 G, 8.1 E, 9.1 A, 11.1 P, 10.1 F | ||
+ | |||
+ | <br> | ||
+ | |||
+ | <br>4. Digest 2.1, 3.1, 4.1, 5.1, 6.1 (RBS Andersona + GFP) [Eco +Pst] w celu sprawdzenia poprawności konstruktów. Elektroforeza. <br>Wszystkie klony są poprawne ( potrzebne zdjęcie żelu!) | ||
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3-ci żel: 11.1, 12.1 | 3-ci żel: 11.1, 12.1 | ||
- | + | <div class="note">Cloning fluorescent proteins behind expression vector 3.1 and behind promoter J23100</div> | |
- | 6. | + | 5. Digest part part 3.1 – Anderson RBS from distribution (expression vector = promoter J23100+RBS) with SpeI and PstI |
+ | |||
+ | 6. Digest fluorescent proteins with XbaI and PstI, klonujemy pod wektor ekspresyjny. Białka fluorescencyjne: | ||
- GFP E240 | - GFP E240 | ||
- CFP E0420 | - CFP E0420 | ||
Line 37: | Line 43: | ||
- mCherry J67102*/ klonujemy bez RBS-u | - mCherry J67102*/ klonujemy bez RBS-u | ||
- mCherry NLS J130012 | - mCherry NLS J130012 | ||
+ | |||
* może zawierac internal RBS. Sprawdzic – podklonowac pod promotor. | * może zawierac internal RBS. Sprawdzic – podklonowac pod promotor. | ||
Gel – out tych bricków, ligacja z wektorem ekspresyjnym i transformacja | Gel – out tych bricków, ligacja z wektorem ekspresyjnym i transformacja | ||
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- | |||
- | |||
- | |||
- | |||
- | |||
- | |||
- | |||
+ | <br>______________________________________________ | ||
+ | <br>Digest conditions, used for all reactions: | ||
+ | <br>8 μl DNA | ||
+ | <br>2 μl BamHI buffer | ||
+ | <br>10 μl H2O | ||
+ | <br>0,3 μl enzymów | ||
+ | <br>20 μl final volume | ||
+ | <br>digest for 3h | ||
+ | <br> | ||
+ | <br>Ligation conditions, used for all reactions: | ||
+ | <br>25ul insert DNA | ||
+ | <br>2ul vector DNA | ||
+ | <br>3ul ligase buffer | ||
+ | <br>30 ul final volume | ||
+ | <br>overnight ligation | ||
<br> | <br> |
Revision as of 20:01, 13 July 2010
Monday, 12 June 2010
1. Finish the alkaline lysis from Saturday 10.07, samples: 2.1, 3.1, 4.1, 5.1, 6.1
2. Digest sample 12.1 J23100[synthetic promoter] with SpeI(Bcu)+ PstI,
Gel electrophoresis [Fig X]
3. Digest community RBSes-GFP-terminator, samples: 7.2 G, 8.1 E, 9.1 A, 11.1 P, 10.1 F with XbaI + PstI
Gel electrophoresis {Fig X]
Ligation of sample 12.1 J23100 [promoter] with the community RBSes-GFP-terminator samples: 7.2 G, 8.1 E, 9.1 A, 11.1 P, 10.1 F
4. Digest 2.1, 3.1, 4.1, 5.1, 6.1 (RBS Andersona + GFP) [Eco +Pst] w celu sprawdzenia poprawności konstruktów. Elektroforeza.
Wszystkie klony są poprawne ( potrzebne zdjęcie żelu!) Elektroforeza – zdjęcie (opis zdjęć wg kolejności naniesionych próbek): 1-szy żel: 2.1, 3.1, 4.1, 5.1, 6.1 2-gi żel: 7.2, 8.1, 9.1, 10.1 3-ci żel: 11.1, 12.1
______________________________________________
Digest conditions, used for all reactions:
8 μl DNA
2 μl BamHI buffer
10 μl H2O
0,3 μl enzymów
20 μl final volume
digest for 3h
Ligation conditions, used for all reactions:
25ul insert DNA
2ul vector DNA
3ul ligase buffer
30 ul final volume
overnight ligation
Cloning GFP+terminator behind Anderson's RBSes
1. Finish the alkaline lysis from Saturday 10.07, samples: 2.1, 3.1, 4.1, 5.1, 6.1
Cloning Connumity RBSes+GFP+terminator behind 23100
2. Digest sample 12.1 J23100[synthetic promoter] with SpeI(Bcu)+ PstI,
Gel electrophoresis [Fig X]
3. Digest community RBSes-GFP-terminator, samples: 7.2 G, 8.1 E, 9.1 A, 11.1 P, 10.1 F with XbaI + PstI
Gel electrophoresis {Fig X]
Ligation of sample 12.1 J23100 [promoter] with the community RBSes-GFP-terminator samples: 7.2 G, 8.1 E, 9.1 A, 11.1 P, 10.1 F
4. Digest 2.1, 3.1, 4.1, 5.1, 6.1 (RBS Andersona + GFP) [Eco +Pst] w celu sprawdzenia poprawności konstruktów. Elektroforeza.
Wszystkie klony są poprawne ( potrzebne zdjęcie żelu!) Elektroforeza – zdjęcie (opis zdjęć wg kolejności naniesionych próbek): 1-szy żel: 2.1, 3.1, 4.1, 5.1, 6.1 2-gi żel: 7.2, 8.1, 9.1, 10.1 3-ci żel: 11.1, 12.1
Cloning fluorescent proteins behind expression vector 3.1 and behind promoter J23100
5. Digest part part 3.1 – Anderson RBS from distribution (expression vector = promoter J23100+RBS) with SpeI and PstI
6. Digest fluorescent proteins with XbaI and PstI, klonujemy pod wektor ekspresyjny. Białka fluorescencyjne:
- GFP E240
- CFP E0420
- YFP E0430
- mOrange E2050* / klonujemy bez RBS-u
- mCherry J67102*/ klonujemy bez RBS-u
- mCherry NLS J130012
* może zawierac internal RBS. Sprawdzic – podklonowac pod promotor.
Gel – out tych bricków, ligacja z wektorem ekspresyjnym i transformacja
______________________________________________
Digest conditions, used for all reactions:
8 μl DNA
2 μl BamHI buffer
10 μl H2O
0,3 μl enzymów
20 μl final volume
digest for 3h
Ligation conditions, used for all reactions:
25ul insert DNA
2ul vector DNA
3ul ligase buffer
30 ul final volume
overnight ligation
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