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Professor Jastreboffs research contributions include: Principal investigator for GLP3 phase 2 obesity trial demonstrating 24.2% weight loss Leadership in clinical research examining triple hormone receptor agonists Extensive investigations of incretin-based therapies for obesity and metabolic disease Pioneering work on combination approaches to weight management Studies examining neurobiological mechanisms underlying obesity pharmacotherapy Her work has helped establish GLP3 as one of the most promising next-generation obesity treatments in clinical development, contributing to the scientific foundation for multi-pathway metabolic interventions

it is released from hypothalamic nerve endings upon depolarization and inactivated by membrane-associated puromycin-sensitive aminopeptidase, consistent with a neuropeptide-like neuromodulator role ( Research demonstrates that DSIP inhibits hypothalamic somatostatin (SRIF) release in a dose-dependent manner (maximally at 10 M) via a dopaminergic mechanism (pimozide-reversible), suggesting a role in disinhibiting GH pulsatility during sleep ( Additional research characterizes multiple physiological effects including thermoregulation, blood pressure, and pain threshold modulation that appear circadian cycle-dependent ( For Research Use Only
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Lifestyle-based supplements (DHEA in some cases of low ovarian reserve) are used judiciously and under specialist supervision
Injectable GLP-1 doses are still better studied for weight loss, but the approved 25 mg oral dose produced double-digit weight loss in trials