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This triple-agonist approach enables researchers to study the combined effects of appetite regulation, insulin secretion, and energy expenditure in a single molecule, making it uniquely valuable for obesity models, metabolic syndrome research, and studies exploring synergistic receptor interactions beyond what dual agonists can achieve
141 This prolonged duration may be driven by albumin binding to the fatty acid residues of GLP-1 RAs and their ability to escape protease metabolism due to amino acid substitutions (Figure 1)
Diabetes Model Research Several rodent studies investigating GLP2-T in type 2 diabetes models have shown favorable outcomes, including better glucose tolerance, lower HbA1c, and preserved pancreatic beta-cell activity[11]
Plant Mol Biol Rep 33(5):14131427
