Data to highlight the impact of Wegovy® (semaglutide 2.4 mg) on atrial fibrillation – a common heart rhythm condition – in people living with obesity (SELECT study)Additional Rybelsus® and Ozempic® data demonstrate new cardiometabolic benefits (improvements in heart and metabolic health) in people living with type 2 diabetes (SOUL and STRIDE studies)New insights into the role of inflammation in cardiovascular disease on mortality and major cardiovascular events in people living with inflammation in the hear ...

Core Insights - Lexaria Bioscience Corp. has successfully completed a human study comparing oral DehydraTECH-liraglutide to injected Saxenda®-branded liraglutide, with partial results now available [1][8] - The study demonstrated a 22.7% reduction in adverse events (AEs) for oral DehydraTECH-liraglutide compared to Saxenda®, with significant reductions in nausea (67%) and gastrointestinal AEs (31%) [3][4] - Lexaria is seeking a pharmaceutical partner to develop an FDA-registered oral alternative to current injectable GLP-1 drugs, addressing an unmet market need [2][10] Study Details - The study involved 10 overweight volunteers, comparing daily doses of Saxenda® (0.6 mg) and DehydraTECH-liraglutide (45 mg) over a 7-day period [13] - The primary endpoint was the evaluation of safety and tolerability, with secondary objectives including pharmacokinetics and effects on body weight, blood glucose, and insulin levels [16] - Weight loss was observed in 9 out of 10 participants in both study arms, although it was not the primary goal of the study [5] Technology and Market Context - DehydraTECH is a patented drug delivery technology that enhances bio-absorption and reduces side effects, with 48 patents granted and more pending [17] - The study's results suggest that DehydraTECH-liraglutide could provide a viable oral alternative to Saxenda® and other injectable liraglutide products, which generated significant revenue for Novo Nordisk [12] - Lexaria's approach may allow for an expedited FDA regulatory pathway under the 505(b)(2) application, contingent on demonstrating comparable performance to existing injectable versions [6][10]