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Nestle

Last updated January 31, 2026
125
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3,230
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Alpha-1,3-linked alternan-oligosaccharide structures: NestleRecent Research Landscape

Standard starch hydrolysis yields high maltose levels that negatively impact food texture and glycemic profiles. These innovations control specific glycosidic bond formation to engineer structural alpha-glucans with reduced sugar content.

What technical problems is Nestle addressing in Alpha-1,3-linked alternan-oligosaccharide structures?

Unpleasant sweetener sensory profiles

(9)evidences

Sensory defects in alternative sweeteners like off-flavors and poor texture limit consumer acceptance. Resolving these organoleptic deficiencies allows for sugar reduction without compromising product quality.

Rapid glycemic response

(4)evidences

Presence of toxic glycosides and indigestible components in plant-based derivatives. Eliminating these barriers improves food safety and ingredient digestibility.

Inconsistent microbial fermentation quality

(3)evidences

Recalcitrant grain structures limit the extraction of fermentable sugars and nutrients. Overcoming this resistance increases yield and processing efficiency.