Craig B. Granowitz
Thanks, Mike. I'll start by discussing pilavapadin. First quarter, we announced top line results of our Phase IIb progress study of pilavapadin in DPNP. DPNP is a chronic and progressive pain disorder that impacts approximately 30% of people with type 1 diabetes and up to 50% of those with type 2 diabetes. These patients experience burning pain, loss of sensation and other side effects that can severely impact their quality of life. Importantly, in both our Phase IIb PROGRESS study and our Phase IIa RELIEF study, pilavapadin 10 milligrams delivered consistent clinically meaningful reductions in these painful symptoms. Based on these data, we have concluded the 10-milligram dosage strength warrants further evaluation and is the appropriate dose to take forward into late-stage development. We recently convened a scientific advisory board with expertise across clinical development, regulatory and neuropathic pain to review the full body of evidence for pilavapadin in DPNP. This esteemed group provided encouraging feedback and validated our key findings from the top line data readouts, including the following: first, the advisory board confirmed that pilavapadin demonstrates clinically meaningful efficacy. Second, they confirm the 10-milligram dose is the appropriate dose for future registrational studies. This gives us clarity on our path forward and validates the dose-finding work we've done to date. Third, the board reaffirmed the safety and tolerability profile of the 10-milligram supports advancement into late-stage development. And finally, they provided validation and valuable input into Phase III study design, including suggestions to potentially lower the placebo response rate, which we believe could reduce potential study variability. The panel support gives us tremendous confidence as we prepare for our next steps and engage with potential partners for pilavapadin. It reinforces our belief that we have a potentially transformative therapy for the millions of patients living with this debilitating condition. I also wanted to acknowledge that our analysis of the pilavapadin development program supports its compelling value proposition with a validated mechanism of action of AAK1, compelling clinical profile and broad potential applicability across multiple indications and demonstrates why we believe pilavapadin represents a true portfolio and a pill opportunity. Overall, beginning with efficacy, pilavapadin has demonstrated consistent and clinically meaningful pain reduction across 3 separate Phase II trials in neuropathic pain. While our lead indication in DPNP represents a mature clinical development program that is ready for Phase III advancement, several secondary indications such as spasticity are also Phase II ready, providing significant pipeline expansion opportunities. In addition, our preclinical work has been extensive. We've completed IND-enabling studies across multiple neuroscience indications, both central and peripheral, establishing a broad foundation for further clinical development beyond our current focus areas. We've accumulated data from more than 600 patients treated with pilavapadin to date, demonstrating a suitable safety and tolerability profile. This extensive safety database will be valuable as the program moves into late-stage development and regulatory discussions. Finally, pilavapadin benefits from patent protection extending through 2040 when including an anticipated 5-year patent term extension. This provides substantial commercial exclusivity to maximize the value of our investment in this area. Moving on to sotagliflozin in HCM. There are more than 1 million people with HCM in the United States. Of those, our previous research suggests approximately 1/3 have nonobstructive HCM and 2/3 have obstructive HCM, in which the thickening of the heart muscle wall blocks or reduces the blood flow to the heart. However, more recent technology, including a more sensitive diagnostic and AI-assisted tools suggest that the incidence of nonobstructive HCM could be much higher, potentially 50% or greater. This chronic progressive disease that can lead to more serious complications. 43% of patients with HCM have progressive heart failure and HCM can also lead to atrial fibrillation and stroke. The medical community's understanding of how to diagnose and treat HCM has grown significantly in recent years as there are a number of innovations in development for HCM, including the approval of cardiac myosin inhibitors for obstructive HCM. However, despite substantial commercial investment and increased awareness of HCM, CMIs have only penetrated approximately 1% of the total HCM market. With this treatment landscape in mind, we believe sotagliflozin offers several unique advantages as a potential therapeutic option for HCM. First, it has a novel MOA as a dual mechanism SGLT1, SGLT2 inhibitor and is the only HCM agent under investigation that both -- that works both inside and outside the heart. This enables treated patients to potentially achieve symptom reduction while simultaneously targeting other outcomes such as heart failure and major adverse cardiovascular events where sotagliflozin has demonstrated benefits. Second, as more data is generated, it is becoming increasingly clear that sotagliflozin is uniquely myocardially targeted. From a practical standpoint, the once-daily oral dosing profile facilitates broad clinical adoption, convenience and compliance. Importantly, this comes without the burden of a risk evaluation and mitigation strategies or REMS requirements that can complicate treatment. It is worth noting that sotagliflozin is already approved for heart failure. To date, we've observed no increased risk of atrial fibrillation, which is a critical consideration in this patient population. Looking forward, we're pursuing a broad proposed indication that encompasses both nonobstructive and obstructive HCM phenotypes. This positions sotagliflozin for potentially either use as monotherapy or in combination with other agents, providing clinicians with valuable flexibility in treatment planning. We have amassed a wealth of data from studies confirming sota's mechanism of action in HCM and related conditions summarized here. Specifically, the animal models studied demonstrate sotagliflozin improves cardiac function and reduces wall thickness, left ventricular mass and fibrosis and cardiac inflammation, while the ex vivo models demonstrated the direct effects of sotagliflozin on the myocardium by reducing both stroke work and increasing metabolites associated with improved cardiac energetics. Collectively, these studies provide evidence that sota has a unique ability to work across multiple markers of the disease. Now I want to spend some time talking through the clinical on -- the current ongoing clinical program, beginning with our own Phase III SONATA-HCM study of sotagliflozin in HCM. SONATA-HCM is a large global registration trial with a KCCQ primary endpoint designed to support a regulatory filing and broad label in HCM. SONATA-HCM is the only ongoing registrational trial currently evaluating a treatment in both obstructive and nonobstructive HCM. We have recently surpassed 100 sites initiated in 20 countries, including the U.S., Europe, Israel and Latin America, and we're well positioned to meet our goal of 130 sites actively enrolling patients by the end of the third quarter of 2025. There are 2 important investigator-initiated studies underway that are designed to evaluate cardiac function of sotagliflozin in HCM. The first is SOTA-P-CARDIA being conducted by Dr. Juan Badimon and colleagues at the Mount Sinai School of Medicine in New York City. This study is designed to investigate the cardiorenal mechanistic benefits of sotagliflozin in 88 nondiabetic patients with HFpEF, which, as you recall, is a subset of HCM. It is a 6-month study comparing sotagliflozin 400 milligrams and placebo on the following endpoints: change in left ventricular mass, functional performance and quality of life measurements. This study was completed in July 2025, and the investigators are currently evaluating the data. The second study I wanted to highlight is SOTA-CROSS, a 12-week crossover study funded by the NIH and being conducted by Dr. Sharlene Day at the Penn School of Medicine comparing sotagliflozin and placebo on exercise capacity, physical activity and symptoms and diastolic function in patients with symptomatic nonobstructive HCM. We already have shown that sota strongly improves diastole in FpEF. SOTA-CROSS will aim to specifically ascribe such functional benefits in non-HCM as well. Together with SONATA-HCM, this study could potentially be a major therapeutic advance for a large subset of patients who have limited treatment options. Last but not least, we remain on track to complete the IND-enabling studies this year for LX9851, our first-in-class ACSL5 inhibitor for the treatment of obesity and related metabolic disorders. LX9851's oral administration, preclinical findings to date and possibility for both monotherapy and combination applications provides a compelling profile and the potential to occupy a unique space in the treatment landscape. And we look forward to working with our partner, Novo Nordisk, to maximize the potential of this innovative investigational medicine. With that, Scott Coiante, our CFO, will now provide a report of our financial results for the second quarter.