Coskuns research contributions span the entire development arc of GLP3: Discovery and initial characterization of GLP3s triple-receptor agonist properties and pharmacological profile Preclinical studies establishing proof-of-mechanism in mouse models and in vitro receptor systems Design and medical oversight of phase 1b and phase 2 clinical trials in type 2 diabetes and obesity Investigation of GLP3s effects on gastric emptying and mechanistic studies of weight loss Contribution to over 168 peer-reviewed publications in metabolic disease research with citation impact exceeding 8,700 citations His work extends beyond GLP3 to include fundamental contributions to the development of GLP2 and advancement of incretin-based therapeutics more broadly
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Morning supplementation can improve energy levels, enhance cognitive clarity, and aid metabolic processes like glucose utilization and fat metabolism
Researchers found that the effectiveness of muscle-building supplements could be entirely dependent on vitamin D status, creating what essentially functions as a "bottleneck" in the muscle-building process
GLP-1 drugs can lead to significant weight loss and improved glycemic control, which, while generally beneficial, may stress the optic nerve in susceptible individuals
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