Team:Paris Saclay/Notebook/August/12

From 2014.igem.org

(Difference between revisions)
(Human Pratices)
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{{Team:Paris_Saclay/notebook_header}}
=Tuesday 11th August=
=Tuesday 11th August=
==Lab work==
==Lab work==
 +
===C - Salicylate Inducible Suppressing System===
 +
====Plasmid DNA Purification====
 +
''by Fabio''
 +
* BBa_K1372001 Cl.1
 +
* BBa_K1372001 Cl.2
 +
From Liquid Culture made the [https://2014.igem.org/Team:Paris_Saclay/Notebook/August/11#C_-_Salicylate_Inducible_Suppressing_System 11th August]
 +
 +
[https://2014.igem.org/Team:Paris_Saclay/Protocols/Extraction_of_the_Genomic_DNA_from_Bacteria_by_using_NucleoSpin®_Tissue Protocol]
 +
====Digestion to check====
 +
''by Fabio''
 +
 +
In order to validate the hole Assembly Process, we did a final digestion. The samples were digested with the enzymes '''EcoRI''' and '''PstI''', that separates the BioBrick Assembly core from theirs vectors. The graphic result of this process is shown in the next step.
 +
 +
Protocol:
 +
# Add 5 μl of the plasmid to digest.
 +
# Add 2 μl of buffer (Fast Digest Buffer 10x).
 +
# Add 0,2 μl of enzyme EcoRI.
 +
# Add 0,2 μl of enzyme PstI.
 +
# Complete with 12,6μl of H<sub>2</sub>O.
 +
# Mix gently.
 +
# Incubate at 37°C for one hour.
 +
 +
====Electrophoresis====
 +
[[File:Paris Saclay LU000118a.jpg|400px|right]]
 +
''by Fabio''
 +
 +
The Electrophoresis was used to verify the success of the Digestion and the success of the plasmid DNA purification at the same time. Strain number 5 represents the digestion's control as it is the '''BBa_B0015''', the BioBrick used as vector. If the clones have the same size of the control, it indicates that we had no ligation between both BioBricks ('''BBa_K1372000''' and '''BBa_B0015'''). ''Each sample has 20 μl and the Ladder has 10 μl.''
 +
 +
# Plasmid Cl.1
 +
# Plasmid Cl.2
 +
# Plasmid Cl.3
 +
# Plasmid Cl.4
 +
# BBa_B0015 - Control
 +
'''Results:'''
 +
# Success, vector has 2200 bp and insert has 1533 bp.
 +
# Success, vector has 2200 bp and insert has 1533 bp.
 +
# Success, vector has 2200 bp and insert has 1533 bp.
 +
# Failed, the plasmid had no digestion.
 +
# Good, we have a control.
 +
[https://2014.igem.org/Team:Paris_Saclay/Protocols/BioBrick_Assembly#Segregate_process BioBrick Assembly - Segregate Process Protocol]
 +
====Final Stock====
 +
''by Fabio''
 +
 +
As the BioBrick Assembly was a success, proved by the last Electrophoresis, we have registered a new BioBrick named '''BBa_K1372001''' together with its final stock. We used the Clones 2 and 3 from Liquid Colonies made the [https://2014.igem.org/Team:Paris_Saclay/Notebook/August/11#C_-_Salicylate_Inducible_Suppressing_System 11th August] as the Electrophoresis shows a good concentration of them.
 +
* BBa_K1372001 Cl. 1
 +
* BBa_K1372001 Cl. 2
 +
''1 ml of colonies plus 0.20 ml of glycerol 87%''
===D - Lemon scent===
===D - Lemon scent===
====PCR Clean-up of p cola and BBa_K517003 ====
====PCR Clean-up of p cola and BBa_K517003 ====
Line 12: Line 60:
[https://2014.igem.org/Team:Paris_Saclay/Protocols/PCR_clean-up Protocol]
[https://2014.igem.org/Team:Paris_Saclay/Protocols/PCR_clean-up Protocol]
-
 
-
 
===Competents cells (CaCl2)===
===Competents cells (CaCl2)===
'by Melanie'
'by Melanie'
Line 26: Line 72:
Resumption of the preculture made [https://2014.igem.org/Team:Paris_Saclay/Notebook/August/11#Monday_11th_August yesterday], expressing blue chromoprotein. We will make 4 pieces of agar ( + control ) with different concentrations of bacteria in it.
Resumption of the preculture made [https://2014.igem.org/Team:Paris_Saclay/Notebook/August/11#Monday_11th_August yesterday], expressing blue chromoprotein. We will make 4 pieces of agar ( + control ) with different concentrations of bacteria in it.
 +
Protocol:
-
Protocol :
+
#Preparation of a stock of 200ml agar gel at 20mg/ml. ( 4g of solid agar in 200ml of hot water )
-
 
+
#Sterilisation of the mold with Ethanol 70%, all the work will be made in steril condition.
-
- Preparation of a stock of 200ml agar gel at 20mg/ml. ( 4g of solid agar in 200ml of hot water )
+
#Control of the Optic Density : 0.86
-
 
+
#4 dilutions are prepared in total volume of 1ml :
-
- Sterilization of the mold with Ethanol 70%, all the work will be made in steril condition.
+
#*1ml of preculture (100%)
-
 
+
#*500µl of LB and 500µl of preculture (50%)
-
- Control of the Optic Density : 0.86
+
#*900µl of LB and 100µl of preculture (10%)
-
 
+
#*990µl of LB and 10µl of preculture (1%)
-
- 4 dilutions are prepared in total volume of 1ml :
+
#Introduction of 1ml of the different dilutions in the molds
-
*1ml of preculture (100%)
+
#Introduction of 10ml of semi-liquid agar in each mold. Agar's temperature : 40°C  
-
*500µl of LB and 500µl of preculture (50%)
+
#The molds are securised with Aluminium.
-
*900µl of LB and 100µl of preculture (10%)
+
#Direct incubation at 37°C
-
*990µl of LB and 10µl of preculture (1%)
+
-
 
+
-
- Introduction of 1ml of the different dilutions in the molds
+
-
 
+
-
- Introduction of 10ml of semi-liquid agar in each mold. Agar's temperature : 40°C  
+
-
 
+
-
- The molds are securised with Aluminium.
+
-
 
+
-
- Direct incubation at 37°C
+
-
 
+
{{Team:Paris_Saclay/notebook_footer}}
{{Team:Paris_Saclay/notebook_footer}}

Revision as of 16:52, 12 August 2014

Contents

Tuesday 11th August

Lab work

C - Salicylate Inducible Suppressing System

Plasmid DNA Purification

by Fabio

  • BBa_K1372001 Cl.1
  • BBa_K1372001 Cl.2

From Liquid Culture made the 11th August

Protocol

Digestion to check

by Fabio

In order to validate the hole Assembly Process, we did a final digestion. The samples were digested with the enzymes EcoRI and PstI, that separates the BioBrick Assembly core from theirs vectors. The graphic result of this process is shown in the next step.

Protocol:

  1. Add 5 μl of the plasmid to digest.
  2. Add 2 μl of buffer (Fast Digest Buffer 10x).
  3. Add 0,2 μl of enzyme EcoRI.
  4. Add 0,2 μl of enzyme PstI.
  5. Complete with 12,6μl of H2O.
  6. Mix gently.
  7. Incubate at 37°C for one hour.

Electrophoresis

Paris Saclay LU000118a.jpg

by Fabio

The Electrophoresis was used to verify the success of the Digestion and the success of the plasmid DNA purification at the same time. Strain number 5 represents the digestion's control as it is the BBa_B0015, the BioBrick used as vector. If the clones have the same size of the control, it indicates that we had no ligation between both BioBricks (BBa_K1372000 and BBa_B0015). Each sample has 20 μl and the Ladder has 10 μl.

  1. Plasmid Cl.1
  2. Plasmid Cl.2
  3. Plasmid Cl.3
  4. Plasmid Cl.4
  5. BBa_B0015 - Control

Results:

  1. Success, vector has 2200 bp and insert has 1533 bp.
  2. Success, vector has 2200 bp and insert has 1533 bp.
  3. Success, vector has 2200 bp and insert has 1533 bp.
  4. Failed, the plasmid had no digestion.
  5. Good, we have a control.

BioBrick Assembly - Segregate Process Protocol

Final Stock

by Fabio

As the BioBrick Assembly was a success, proved by the last Electrophoresis, we have registered a new BioBrick named BBa_K1372001 together with its final stock. We used the Clones 2 and 3 from Liquid Colonies made the 11th August as the Electrophoresis shows a good concentration of them.

  • BBa_K1372001 Cl. 1
  • BBa_K1372001 Cl. 2

1 ml of colonies plus 0.20 ml of glycerol 87%

D - Lemon scent

PCR Clean-up of p cola and BBa_K517003

by Sean

PCR prepared on the 7th August.

Clean-up performed with the following protocol.

NB: in the present case we have 40 µl of each PCR result and we use 20 µl of elution buffer.

Protocol

Competents cells (CaCl2)

'by Melanie' protocol

stock of competents cells

Human Pratices

Art & Design

by Terry

Resumption of the preculture made yesterday, expressing blue chromoprotein. We will make 4 pieces of agar ( + control ) with different concentrations of bacteria in it.

Protocol:

  1. Preparation of a stock of 200ml agar gel at 20mg/ml. ( 4g of solid agar in 200ml of hot water )
  2. Sterilisation of the mold with Ethanol 70%, all the work will be made in steril condition.
  3. Control of the Optic Density : 0.86
  4. 4 dilutions are prepared in total volume of 1ml :
    • 1ml of preculture (100%)
    • 500µl of LB and 500µl of preculture (50%)
    • 900µl of LB and 100µl of preculture (10%)
    • 990µl of LB and 10µl of preculture (1%)
  5. Introduction of 1ml of the different dilutions in the molds
  6. Introduction of 10ml of semi-liquid agar in each mold. Agar's temperature : 40°C
  7. The molds are securised with Aluminium.
  8. Direct incubation at 37°C

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