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Key Research Areas for GLP-1 GLP-1R binding kinetics, receptor occupancy, and competition assays reference ligand for GLP-1RA drug development cAMP/PKA/CREB intracellular signalling cascade studies in pancreatic -cell models PI3K/Akt -cell survival, proliferation, and apoptosis pathway research Glucose-dependent insulin secretion assays incretin effect characterisation in isolated islet and -cell models Glucagon suppression pathway studies in pancreatic -cell and islet co-culture models DPP-4 degradation kinetics and GLP-1 metabolite (GLP-1(936)amide) pathway studies Central nervous system appetite regulation hypothalamic GLP-1R signalling and energy homeostasis research Reward behaviour and dopaminergic signalling pathway investigations hedonic eating models Cardiovascular pathway research cardioprotection, heart rate regulation, and GLP-1R-positive cardiac cell studies Gastric emptying and gastrointestinal motility pathway studies ileal brake mechanism research Anti-inflammatory and immune cell GLP-1R signalling studies T-cell, macrophage, and lymphocyte models Neuroprotection pathway research in neuronal cell models Comparative GLP-1 vs

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While pharmaceutical therapies dominate current clinical practice, nano-empowered combination therapy offers promising solutions to overcome the limitations of monotherapy and associated side effects

FIGURE 2 3 Clinical applications of GLP-1RAs: comprehensive protection through multi-disease risk reduction 3.1 Cardiovascular protection GLP-1RAs confer substantial cardiovascular benefits that extend beyond glycemic control, primarily by reducing the incidence of major adverse cardiovascular events (MACE)

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