Polysaccharide Composite Particles for High-Flow Chromatography

The patent uses composite materials by combining polysaccharides with other materials (such as silica or synthetic polymers) to create carriers that exhibit both high binding capacity and mechanical strength. This allows the carrier to maintain the hydrophilic surface properties of polysaccharides while gaining the structural integrity of inorganic or synthetic components.

The patent modifies parameters of polysaccharide gel particles through crosslinking treatments or chemical modifications to enhance mechanical strength while preserving binding capacity. By changing the molecular structure and physical properties of the polysaccharide matrix, the carrier can withstand higher flow rates without compromising its interaction with biopolymers.

By creating composite carriers combining polysaccharides with mechanically robust materials, the patent enables the use of high flow rates without particle deformation. The composite structure provides the necessary rigidity to maintain particle shape integrity under high-speed flow conditions while preserving the functional properties of polysaccharides.

Through crosslinking and chemical modification, the patent alters the physical parameters of polysaccharide particles to enhance their resistance to deformation. This allows the particles to withstand the mechanical stress of high flow rates during chromatographic operations.

The patent creates composite carriers where silica particles are combined with polysaccharide coatings or ligands. This composite structure provides the mechanical strength of silica while adding the hydrophilic surface properties and binding capacity of polysaccharides, thus resolving the contradiction between strength and binding ability.

The patent applies local quality modification by coating silica particles with polysaccharide layers or introducing specific ligands on the particle surface. The core silica provides mechanical strength, while the surface layer provides binding capacity, allowing each component to fulfill its specific function.

The patent combines synthetic polymers with polysaccharide materials to create composite carriers. The synthetic polymer matrix provides mechanical strength, while the polysaccharide surface layer reduces non-specific interactions by providing a hydrophilic environment that is less prone to adsorbing impurities.

The patent modifies the surface properties of synthetic polymer particles by coating them with polysaccharides or introducing hydrophilic functional groups. This local modification maintains the bulk mechanical strength of the synthetic polymer while creating a surface that minimizes non-specific interactions with biological molecules.