Optimized for AAVs, large proteins, and RNAs/DNAs by SEC-MALS.
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Bead Size: 2.5µm
Pore Size: 450 Å
Dimensions: 7.8 mm ID x 300 mm L
SEC Analytical Column optimized for MALS. Narrow-bore for membrane proteins in aqueous solvents.
SEC Analytical Column optimized for MALS. Standard-bore for standard proteins in aqueous solvents.
SEC Analytical Column optimized for MALS. Narrow-bore for standard proteins in aqueous solvents.
GTxResolve Premier columns batch tested for recovery and resolution of nucleic acids and protein containing samples. With surface technologies and methods optimized for mRNA, LNP and viral vector applications.
GTxResolve Premier columns batch tested for recovery and resolution of nucleic acids and protein containing samples. With surface technologies and methods optimized for mRNA, LNP and viral vector applications.
GTxResolve Premier columns batch tested for recovery and resolution of nucleic acids and protein containing samples. With surface technologies and methods optimized for mRNA, LNP and viral vector applications.
GTxResolve Premier columns batch tested for recovery and resolution of nucleic acids and protein containing samples. With Surface technologies and methods optimized for mRNA, LNP and viral vector applications.
Optimized for AAVs, large proteins, and RNAs/DNAs by SEC-MALS. Narrow-bore for ultimate detection sensitivity when used with a low dispersion (U)HPLC system.
Optimized for proteins by SEC-MALS.
Optimized for proteins by SEC-MALS. Narrow-bore for ultimate detection sensitivity when used with a low dispersion (U)HPLC system.
Optimized for peptides and small proteins by SEC-MALS.
SEC Analytical Column optimized for MALS. Standard-bore for membrane proteins in aqueous solvents.
The microDAWN™ determines absolute molecular weight and size of proteins, polymers and other macromolecules in conjunction with UHPLC.
The miniDAWN™ Multi-Angle static Light Scattering (MALS) detector performs absolute characterization of the molar mass and size of macromolecules and nanoparticles in solution, offering superb sensitivity over a wide range of molecular weight, size and concentration.
A highly sensitive, on-line differential viscometer for determining the size and conformation of all types of biopolymers and synthetic polymers.
