Proteomic Grade Detergent Solutions, G-Biosciences

Supplier: G-Biosciences
DG521 DG005 DG009 DG004 DG012 DG002 DG003 DG013 DG012 DG007 DG001 DG521 DG006 DG008 DG011 DG002 DG001 DG010 DG008 DG013 DG010 DG007 DG006 DG009 DG005
CA82022-968EA 1242.92 CAD
CA82022-968 82023-060 CA82022-966 CA82022-988 CA82022-986 82022-978 CA82022-984 82022-976 CA95057-526 82022-984 82022-982 82022-980 82022-968 CA82022-978 82022-988 82022-966 CA82022-976 82022-986 CA82022-974 95057-526 CA82022-982 82022-974 CA82022-980 82022-972 82022-970
Proteomic Grade Detergent Solutions, G-Biosciences
Cleaning Agents Detergents and Surface Cleansers
Many commercial grade detergents contain elevated levels of sulfhydryl oxidizing agents, peroxides, salts and carbonyl compounds

Our Proteomic Grade Detergent Solutions contain reduced peroxides and carbonyl compounds. In addition, the detergents have less than 50μS conductivity. These detergents are offered as 10% aqueous solutions, sealed under inert gas and are suitable for protein applications. These non-ionic detergents are suitable for isolating membrane-protein complexes.

G-Biosciences Proteomic Grade Detergent Solutions include: Triton® X-100, Triton® X-114, Brij® 35, Brij® 58, Tween® 20, Tween® 80, and Nonidet® P-40 Substitute. A variety pack, perfect for trial and optimization, is also available. The pack contains one 10ml vial of all seven proteomic grade detergents, as well as 1gm samples of one of our Zwitterionic detergents (CHAPS) and one of our non-detergent sulfobetaines (NDSB 201).

The proteins that are isolated with these detergents are highly susceptible to contaminating peroxides and carbonyls. The peroxides will oxidize proteins and the carbonyl groups will form Schiff’s bases with the proteins that interfere with its structure.

Ordering information: Accessories not included.
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