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02528 
Fluka 

Crystallization Kit for Protein Complexes 

BioChemika  
 
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Price and Availability
Descriptions
Features and Benefits  
• Comprehensive, efficient screening
• Extremely pure, sterile reagents
• Prefabricated reagents and observation sheets
• Low incidence of undesirable solubility effects

 
General description  
The crystallography kit for protein complexes is a rapid, empirical, and efficient screening method for determining the solubility and optimal starting conditions for the crystallization of protein-protein complexes. As protein-protein complexes are less diverse than non-complexed protein, and empirical findings for most suitable crystallization conditions are somewhat different, a specific screen is required. The kit has been set up according to the method described by Sergei Radaev and Peter D. Sun. Based on known and published data for protein complexes, it uses a sparse matrix method to explore a broad range of conditions including a range of different buffers (pH 5.5-8.5), different types of precipitants and inorganic salts.
 
Other Notes  
Every component can be ordered separately in pack size of 100 mL, but inquiries for different sizes are also welcome.
 
Packaging  
The kit contains 48 components, 10 mL each.
 
Properties
product line 
BioChemika
 
mfr. no. 
Fluka
 
storage temp. 
2-8°C
Safety
Hazard Codes 

 
Risk Statements 

 
Safety Statements 

 
RIDADR 
UN 3316 6.1/PG 3
Components
Kit component also available separately 
PEG 400 20% − Calcium acetate 0.1M − HEPES pH 7; 100 mM solution, BioChemika 39719
 
 
MPEG 550 20% – Tris pH 8; 100 mM solution, BioChemika 55914
 
 
PEG 1000 20% – MES pH 6.5; 100 mM solution, BioChemika 51574
 
 
PEG 1500 20% – MES pH 6.5; 100 mM solution, BioChemika 42876
 
 
PEG 2000 15% – Sodium chloride 0.15M – Tris pH 8.5 solution, BioChemika 65838
 
 
MPEG 2000 20% – Citrate pH 6.5; 100 mM solution, BioChemika 39712
 
 
MPEG 2000 20% − Sodium chloride 0.2M − HEPES pH 7; 100 mM solution, BioChemika 39717
 
 
MPEG 2000 20% – Lithium sulfate 0.1M – MES pH 6; 100 mM solution, BioChemika 39714
 
 
PEG 3350 15% − Ammonium sulfate 0.1M − HEPES pH 7.5; 100 mM solution, BioChemika 39716
 
 
PEG 3350 20% – Sodium chloride 0.1M – Tris pH 8; 100 mM solution, BioChemika 39711
 
 
PEG 3350 20% – Magnesium chloride 0.1M – MOPS pH 7; 100 mM solution, BioChemika 39715
 
 
PEG 3350 20% − Cacodylate pH 6.5; 100 mM Solution, BioChemika 39713
 
 
PEG 4000 8% – MES pH 6; 100 mM solution, BioChemika 55913
 
 
PEG 4000 12% – Citrate pH 5.5; 100 mM solution, BioChemika 68978
 
 
PEG 4000 12% – Ammonium sulfate 0.1M – Citrate pH 5.5; 100 mM solution, BioChemika 18863
 
 
PEG 4000 15% − Magnesium chloride 0.1M − Cacodylate pH 6; 100 mM solution, BioChemika 02131
 
 
PEG 4000 15% – Calcium chloride 0.1M – MES pH 6.5; 100 mM solution, BioChemika 18999
 
 
PEG 4000 15% − 2-Propanol 10% − HEPES pH 7; 100 mM solution, BioChemika 28496
 
 
PEG 4000 15% – Sodium chloride 0.1M – Tris pH 8; 100 mM solution, BioChemika 02929
 
 
PEG 4000 20% − HEPES pH 7; 100 mM solution, BioChemika 08586
 
 
MPEG 5000 10% − 2-Propanol 10% –− Cacodylate pH 6 solution, BioChemika 02721
 
 
MPEG 5000 20% − HEPES pH 7.5; 100 mM solution, BioChemika 23414
 
 
PEG 6000 8% – MES pH 6; 100 mM solution, BioChemika 12145
 
 
PEG 6000 15% – Sodium acetate pH 5; 100 mM solution, BioChemika 07857
 
 
PEG 6000 10% − Sodium chloride 0.1M − HEPES pH 7; 100 mM solution 16886
 
 
PEG 6000 10% − Calcium acetate 0.1M − HEPES pH 7.5; 100 mM solution, BioChemika 07645
 
 
PEG 6000 15% – Tris pH 8; 100 mM solution, BioChemika 11130
 
 
PEG 8000 8% – MES pH 6; 100 mM solution, BioChemika 04162
 
 
PEG 8000 12% – Citrate pH 5.5; 100 mM solution, BioChemika 18097
 
 
PEG 8000 12% − Sodium chloride 0.1M − Cacodylate pH 6; 100 mM solution, BioChemika 11414
 
 
PEG 8000 12% – Magnesium acetate 0.1M – MES pH 6.5; 100 mM solution, BioChemika 07164
 
 
PEG 8000 12% − Potassium chloride 0.1M − HEPES pH 7; 100 mM solution, BioChemika 16950
 
 
PEG 8000 12% − Ammonium sulfate 0.1M − HEPES pH 7.5; 100 mM solution, BioChemika 16885
 
 
PEG 8000 12% – Tris pH 8; 100 mM solution, BioChemika 41009
 
 
PEG 8000 12% – Magnesium acetate 0.1M – Tris pH 8.5; 100 mM solution, BioChemika 40681
 
 
PEG 20000 8% – MES pH 6; 100 mM solution, BioChemika 41697
 
 
PEG 20000 12% – Tris pH 8; 100 mM solution, BioChemika 68614
 
 
PEG 20000 12% − HEPES pH 7; 100 mM solution, BioChemika 11147
 
 
PEG 20000 12% − Calcium chloride 0.1M − Cacodylate pH 6.5; 100 mM solution, BioChemika 30939
 
 
Ammonium sulfate 1M – MES pH 6; 100 mM solution, BioChemika 14148
 
 
Ammonium sulfate 1.5M – Citrate pH 5.5; 100 mM solution, BioChemika 18061
 
 
Ammonium sulfate 1.6M – Cacodylate 6.5; 100 mM solution, BioChemika 30529
 
 
Ammonium sulfate 1.6M − HEPES pH 7.5; 100 mM solution, BioChemika 16395
 
 
Ammonium sulfate 1.8M – Tris pH 8.5; 100 mM solution, BioChemika
 
 
Sodium chloride 1 M – Tris pH 8; 100 mM solution, BioChemika 16487
 
 
Potassium sodium tartrate 1 M − HEPES pH 7; 100 mM solution, BioChemika 28871
 
 
Lithium sulfate 1.3M – Tris pH 8; 100 mM solution, BioChemika 11442
 
 
Disodium hydrogenphosphate 0.375M - Dipotassium-hydrogenphosphate 0.1875M - Tris pH 8, 100mM solution, BioChemika 12183
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   Related Information
 
02528 Data Sheet 141kb
 
MSDS
 
Certificate of Analysis

 
 
 
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