User:Wilfred J. Poppinga/Notebook/cAMP compartmentalization/2010/02/25: Difference between revisions

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* Centrifuge, 5 min. 14.000 RPM
* Centrifuge, 5 min. 14.000 RPM
* Remove supernatant<sup>*</sup>
* Remove supernatant<sup>*</sup>
* Add 75 μL Laemli buffer
* Add 75 μL Laemli buffer to beads
* Store samples @ -20 °C
* Store samples @ -20 °C
** Alternatively go directly on to Western blot (Boil samples and spin beads down, bring supernatant onto gel)
** Alternatively go directly on to Western blot (Boil samples and spin beads down, bring supernatant onto gel)
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<sup>*</sup> Be careful not to touch beads
<sup>*</sup> Be careful not to touch beads
====[[wikipedia: VASP_(gene)| VASP]]====
====[[wikipedia: VASP_(gene)| VASP]]====
* Use cells grown by Bachelor students {{todo}}
* Use cells grown by Bachelor students {{todo}}
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* Stop stimulation (hTERT)
* Stop stimulation (hTERT)
* Cells to 96-wells (hTERT)
* Cells to 96-wells (hTERT)
==Related==
 
* [[User:Wilfred_J._Poppinga/Notebook/cAMP_compartmentalization/2010/02/19| Counting splitting cells]]
===Results===
* [[User:Wilfred_J._Poppinga/Notebook/cAMP_compartmentalization/2010/02/23| Putting cells to S<sup>0</sup>, Co-IP I]]
* {{todo|VASP blot, Anouk}}
* [[User:Wilfred_J._Poppinga/Notebook/cAMP_compartmentalization/2010/02/24| Co-IP II Stimulation hTERT cells]]
* [[User:Wilfred_J._Poppinga/Notebook/cAMP_compartmentalization/2010/02/26#Attachment|Viability staining]]
 
===Related entries===
====Run 2: Ht31 Dose/Effect Curve & S<sup>0</sup> D9/D12====
*[[User:Wilfred_J._Poppinga/Notebook/cAMP_compartmentalization/2010/02/19|Counting cells 19Feb2010]]
*[[User:Wilfred_J._Poppinga/Notebook/cAMP_compartmentalization/2010/02/23|Putting to S<sup>0</sup> 23Feb2010]]
*[[User:Wilfred_J._Poppinga/Notebook/cAMP_compartmentalization/2010/02/24|Stimulating cells 24Feb2010]]
 
==Same action==
==Same action==
* [[User:Wilfred_J._Poppinga/Notebook/cAMP_compartmentalization/2010/02/18| ELISA]]
* [[User:Wilfred_J._Poppinga/Notebook/cAMP_compartmentalization/2010/02/18| ELISA]]

Revision as of 02:23, 23 March 2010

<html><style type="text/css"> .todo { color: red } .done { color: green} </style></html>

Co-immunoprecipitation part III <html><img src="/images/9/94/Report.png" border="0" /></html> Main project page
<html><img src="/images/c/c3/Resultset_previous.png" border="0" /></html>Previous entry<html>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;</html>Next entry<html><img src="/images/5/5c/Resultset_next.png" border="0" /></html>

Summary

The samples have been incubated with the (PKA) antibody coated beads and today the beads are washed and stored in Laemli buffer

Materials & Methods

Materials

  • Laemli buffer
  • PBS
  • syringe
  • Hot lysis buffer


Method

Co-immunoprecipitation

  • Centrifuge sample incubated with beads, 5 min. 14.000 RPM
  • Remove supernatant* (w. syringe)
  • Add 1 mL PBS
  • Centrifuge, 5 min. 14.000 RPM
  • Remove supernatant*
  • Add 75 μL Laemli buffer to beads
  • Store samples @ -20 °C
    • Alternatively go directly on to Western blot (Boil samples and spin beads down, bring supernatant onto gel)


* Be careful not to touch beads

VASP

  • Use cells grown by Bachelor students TODO
  • Remove medium
  • Wash with PBS twice and remove
  • Add 600 μL S0 or S0+Ht31 (see hTERT VASP schedule below)
  • Incubate 15-20 min. RT
  • Add 600 μL S0 or S0+6-Bnz (see hTERT VASP schedule below)
  • Incubate 10 min. RT
  • Add 600 μL S0 or S0 45% CSE (see hTERT VASP schedule below)
  • Incubate 10 min. RT
  • Remove medium
  • Wash with PBS and remove
  • Add 200 μL Hot Lysis buffer and scrape cells with tip
  • Transfer cell lysate into 1.5 mL tubes
  • Store @ -20 °C
hTERT VASP
#
1
2
3
A
Control
Ht31 (50 μM)
CSE (15%)
B
CSE (15%) + Ht31 (50 μM)
CSE (15%) + 6-Bnz (500 μM)
CSE (15%) + 6-Bnz (500 μM)+ Ht31 (50 μM)

Coating of plate

  • Prepare coating buffer
    • 1.24 g Na2CO3 in 100 mL (Buffer A)
    • 2.52 g NaHCO3 in 300 mL (Buffer B)
    • Take 70 mL of Buffer A
    • Add Buffer B until pH of 9.6 has reached (150 - 200 mL)
  • Continue as described 18Feb2010

BSc.

  • Alamar blue
  • Stop stimulation (hTERT)
  • Cells to 96-wells (hTERT)

Results

Related entries

Run 2: Ht31 Dose/Effect Curve & S0 D9/D12

Same action

Related topics



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