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ProteoLiposome BD Expression Kit

Porducts

Can be used to synthesize membrane proteins

Membrane protein expression Kit

 

ProteoLiposome BD Expression Kit


ProteoLiposome BD Expression Kit

Comes as a set with reagents necessary for membrane protein synthesis.

Perfectly suited to large-scale production of membrane protein.

 

Features:

 

  • Membran protein has been synthesized using asolection liposome
  • Can be used for 6 reactions on bilayer-dialysis method 2.5 ml reaction scale.

  • Target proteins can be confirmed through SDS-PAGE/CBB staining

 

 

Recommended for:

 

  • Users who require yields of membrane protein several miligrams.

  • Users who want to perform antigen production using membrane protein antibodies.

  • Users who want to perform interaction analysis.

  • User who want to shorten the time taken by membrane protein synthesis.

 

*This kit does not come with a dialysis device included.

  A separate Slide-A-LyzerTM MINI Dialysis Devices, 10K MWCO (Thermo Fisher Scientific Inc.) is required.

 

Flow of operations

 

ProteoLiposome BD Expression Kit img en

 

Performs purification and determines expression, solubility, activity, etc. of the target protein according to the customer’s needs.

 

 

Specification

Product Number Product Name Size Instruction manual Safety Data Sheet
CFS-TRI-PLE-BD ProteoLiposome BD Expression Kit   1 set btn download btn download

 

Product Composition

 

Reagent Name

Concentration

Volume

Quantity

WEPRO7240

240 OD

1 mL

1

SUB-AMIX SGC S1* 40x

12.5 mL

1

SUB-AMIX SGC S2*

40x

12.5 mL

1
SUB-AMIX SGC S3* 40x

12.5 mL

1
SUB-AMIX SGC S4* 40x

12.5 mL

1

Creatine Kinase

20 mg/mL

20 µL

1

NTPmix

25 mM

200 µL

1

5×Transcription Buffer LM

5x

400 µL

1

RNase Inhibitor

80K unit/mL

30 µL

1

SP6 RNA Polymerase

80K unit/mL

30 µL

1
Asolectin Liposome, lyophilized

10 mg

6
 
Storage Condition :  -80 ℃

 

* SUB-AMIX SGC S1-S4 each vary in their composition.

 When producing a 1x concentration, adjust by adding the same quantity of each