Thanks, Justin. I will briefly review each of our four programs, avexitide in hyperinsulinemic hypoglycemia, including post-bariatric hypoglycemia or PBH, AMX0035 in Wolfram syndrome and in progressive supranuclear palsy or PSP and AMX0114, our Calpain-2 ASO in ALS. First, I'll provide an update on our lead program, avexitide for the treatment of PBH. We are actively planning and are on track to initiate a pivotal Phase III program in PBH in Q1 of next year. We expect to share the trial design once finalized and prior to the initiation of the trial. We expect topline data from the program in 2026. Let me touch a bit further on PBH and the mechanism of action. PBH is a debilitating condition that affects an estimated 8% or approximately 160,000 of the more than 2 million people on bariatric surgery in the last decade. PBH is thought to be caused by an excessive GLP-1 response, leading to persistent and in some cases, progressive hypoglycemia. Avexitide is designed to bind to the GLP-1 receptor on pancreatic islet beta cells and block the effect of GLP-1 to mitigate hypoglycemia by decreasing insulin secretion and stabilizing glucose levels. Avexitide has been studied in five clinical trials in PBH. Data from these trials demonstrated highly significant reductions in hypoglycemia events. Most notably, the 90-milligram dose, which we intend to study in Phase III, showed a 66% reduction in Level 3 hypoglycemia events in a Phase IIb trial with a p-value of 0.0003 and a 53% reduction in Level 2 hypoglycemia events with p-value of 0.004. For context, Level 2 hypoglycemia events occur when blood glucose levels drop below 54 milligrams per deciliter. At these levels, symptoms can include tremors, dizziness and risk of losing consciousness. Level 3 events are defined clinically as requiring third-party rescue. The primary efficacy outcome of our Phase III program will be the reduction in the composite of Level 2 and Level 3 hypoglycemia events. FDA has agreed on this primary efficacy outcome. We look forward to initiating the Phase III program expected in Q1 of next year and topline data anticipated in 2026. Turning now to the Wolfram syndrome program. As Justin mentioned, we were pleased to present positive topline data for all 12 participants in the Phase II HELIOS trial at week 24, including longer-term data available for participants who reached their week-36 or week-48 visit. These results are encouraging because they suggest treatment with AMX0035 may result in meaningful improvements across multiple measures of disease progression and an otherwise progressive fatal disease with no approved treatment options. The 24-week data showed improvement or stabilization in all disease measures in the study, including pancreatic function as measured by C-peptide, our primary endpoint as well as additional measures of glycemic control, visual acuity and overall symptom burden from the patient and clinician perspective. In addition, longer-term data for participants who completed week 36 and week 48 assessments showed sustained improvement over time. With these 24-week and longer-term data in hand, we plan to meet with the FDA and other stakeholders to inform the Phase III program and expect to provide an update in 2025. Now turning to the ORION-PSP program. Enrollment in the study is going well. As we have described previously and as planned, we are on track to conduct an interim analysis of ORION and share data in mid-2025. This will be an unblinded analysis of topline data for the first part of our Phase IIb/III study with approximately 100 people living with PSP through week-24. We also plan to analyze the available data on participants who have proceeded beyond 24 weeks. This analysis will inform a go/no-go decision on this program. In ALS, we are pleased to share that we received clearance from Health Canada for our clinical trial application for AMX0114 in people living with ALS. We plan to begin the Phase I multiple ascending dose placebo-controlled trial called LUMINA in Canada in the coming months. We plan to evaluate safety and the biological activity in approximately 48 adults living with ALS and evaluate four dose levels, starting with 12.5 milligrams. We were pleased to present our plans for the study at the Northeast ALS Consortium Annual Meeting last month. We also submitted an investigational new drug application to the FDA for AMX0114. The FDA restricted dosing to an amount that is lower than our proposed starting dose of 12.5 milligrams and requested additional information, which resulted in a clinical hold in the U.S. Toxicology data from studies showed a greater than 10x safety margin at the starting dose of 12.5 milligrams based on the no observed adverse effect level, or NOAEL, observed by independent toxicology firms. We are working to address FDA comments. We believe the trial can be completed outside of the U.S. if needed. We continue to expect early cohort data from LUMINA in 2025. We are encouraged by our progress this quarter and remain on track to achieve our key expected milestones for our pipeline. I will now turn over the call to Jim. Jim?