Physiology & Clinical Research
Allulose is more than a sugar substitute β it actively promotes metabolic health through GLP-1 pathways, insulin sensitization, and enhanced fat oxidation. Six physiological functions, all supported by peer-reviewed research.
Glycemic Response
Allulose significantly reduces postprandial glucose AUC (SMD=-0.67) and Time Above Range by 8.8 percentage points.
Read ResearchβInsulin Sensitivity
8-week RCT: HOMA-IR decreased by 0.87, fasting insulin reduced by 1.81 ΞΌU/mL β improved insulin resistance.
Read ResearchβFat Metabolism & Body Weight
LDL-C reduced by 34.5%, PPAR-Ξ± activation enhances fat oxidation; body weight and fat-pad mass normalized in HFD models.
Read ResearchβGLP-1 Secretion
Allulose stimulates intestinal L-cell GLP-1 secretion via sweetness-independent pathway β same target as semaglutide. Effect abolished in GLP-1R knockout models.
Read ResearchβDental Health
Non-cariogenic: inhibits S. mutans growth and biofilm, preserves oral microbiome diversity, pH stays above enamel demineralization threshold.
Read ResearchβAntioxidant Properties
Direct hydroxyl radical scavenging, upregulates catalase and SOD activity, reduces lipid peroxidation markers.
Read ResearchβWant to explore a specific physiological function?
Each research page includes detailed mechanisms, key data tables, and academic citations