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Cargill

Last updated January 31, 2026
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Macroporous resin adsorption chromatography: CargillRecent Research Landscape

Poor solubility and precipitation in aqueous solutions limit high-potency sweetener applications, which these innovations mitigate through controlled glycoside concentration and stabilization. This allows for consistent flavor profiles in concentrated liquid formats without sediment formation.

What technical problems is Cargill addressing in Macroporous resin adsorption chromatography?

Poor steviol glycoside solubility

(10)evidences

Poor aqueous dissolution limits the concentration and bioavailability of steviol glycosides in commercial applications. Overcoming this physical constraint allows for more versatile formulation and improved sensory delivery.

Steviol glycoside chemical instability

(5)evidences

Natural high-intensity sweeteners exhibit lingering bitterness and off-notes that limit consumer acceptance. Reducing these sensory defects allows for higher concentration levels in beverage products without compromising flavor profile.

Low minor glycoside concentration

(2)evidences

Natural and synthetic sweeteners often suffer from lingering bitterness or metallic off-notes. Eliminating these sensory defects improves consumer acceptance and flavor fidelity.

Low glycoside purity levels

(1)evidences

Crude botanical extracts contain complex mixtures of secondary metabolites that hinder the isolation of specific bioactive glycosides. Reducing these impurities is essential for achieving therapeutic-grade concentrations and standardized pharmaceutical efficacy.