Good morning and thank you all for joining us today. As an organization, we have made significant progress over the past few months as part of our continued mission and our goal to deliver important treatment options to the neurodegenerative, neuroendocrine, and endocrine communities we serve. Most notably, last month, we expanded our late-stage pipeline with our acquisition of Avexitide and now have three assets targeting orphan indications. Avexitide is a Phase 3-ready asset with FDA breakthrough therapy designation in diseases with no approved treatment options. Avexitide is a GLP-1 receptor antagonist with orphan drug designation in hyperinfluenemic hypoglycemia. The GLP-1 receptor is one of the key regulators of the glucose insulin response, and an imbalance in this response leads to hyperinfluenemic hypoglycemia, which underlies several conditions and diseases. So far, Avexitide has been studied in two indications characterized by hyperinfluenemic hypoglycemia, post-bariatric hypoglycemia, or PBH, and congenital hyperinfluenism. The first indication, PBH, is a significant but orphan condition that affects the subpopulation of people who have undergone bariatric surgery. Now, let me elaborate a little further on the market opportunity ahead. Despite the introduction of GLP-1 receptor agonists for weight loss, more than 200,000 new bariatric procedures are performed every year, and this number has continued to grow on an annual basis. Over the past 10 years, approximately two million people in the United States have undergone the two most common types for weight loss, Roux-en-Y gastric bypass and sleeve gastrectomy. Experts expect surgery to remain a cornerstone of weight loss therapy given the procedure is highly effective and results in substantial and sustained weight loss, particularly for people with higher BMIs. Evidence also suggests that bariatric surgery reduces the risk of cardiovascular events and the severity of metabolic dysfunction associated liver disease. Turning to PBH, this persistent condition can develop in people who had received bariatric surgery one to three years prior, and in some cases, even longer post-surgery. We estimate that approximately 8% of the two million people I referenced, or 160,000 people in the U.S. today, have symptomatic PBH. Symptomatic PBH is characterized by hypoglycemic events associated with brain glucose starvation, known as neuroglycopenia, including impaired cognition, loss of consciousness and seizures, as well as activation of the autonomic nervous system, presenting as hunger, sweating, tingling, tremors, palpitations, and anxiety. People living with PBH could benefit from a treatment that helps stabilize glucose levels, particularly the dangerously low crashes in blood glucose associated with PBH. Camille will discuss our plans for the Phase 3 development program for Avexitide, which we expect to initiate in the first quarter of next year. There is agreement with FDA on the primary outcome for the pivotal Phase 3 study for PBH. The outcome, reduction in the composite of level two and level three hypoglycemia events is clearly linked to GLP-1 receptor antagonism, and was already met in the Phase 2 and Phase 2B clinical trials of Avexitide and PBH with high significance. Camille will also recap the key data, including the statistically significant and clinically meaningful reductions in hypoglycemic events. We are highly encouraged by the greater than 50% reductions in level one, two, and three hypoglycemic events that have been demonstrated by Avexitide. Avexitide has the potential to be the first-in-class GLP-1 receptor antagonist. Before I turn it over to Camille, I would like to quickly touch on our cash runway. In the second quarter, we largely completed our restructuring. We expect our cash runway to take us into 2026. Jim will provide additional context. I will now turn the call over to Camille.