Thank you, Jon, and good afternoon, everybody. As Jon mentioned, our team has been had an exciting few months with the advancement of our clinical programs. I'll start by summarizing the top line results of the pivotal Phase 3 Launch-HTN trial, which randomized 1,083 subjects in North America and Europe who had failed to achieve the U.S. guidelines specified blood pressure targets despite having been provided on multidrug antihypertensive regimen. The trial, which tested lorundrostat in a real-world clinical context met its primary and secondary endpoints with highly statistically significant, clinically meaningful placebo-adjusted reduction, installed blood pressure as well as in the observed change in blood pressure that is conventionally used by prescribing physicians to assess response to antihypertensive therapy. At week 6, the primary end point, the 50-milligram once daily lorundrostat arm demonstrated a 9.1-millimeter of mercury placebo-adjusted reduction in systolic blood pressure, and a 16.9 meter mercury reduction in observed systolic blood pressure. At week 12, the reduction in systolic BP was maintained with the point estimate being greater than that observed at week 6. 11.7 millimeters of mercury and 19 millimeters of mercury for placebo-adjusted and observed changes, respectively. Reductions in blood pressure and this magnitude is linked to significant reduction in overall cardiovascular risk and the incidence of major adverse cardiovascular events. The Launch-HTN trial confirmed expected modest on-target increase in serum potassium that accompanies the therapeutic benefit in individuals with inadequately controlled hypertension as well as an overall safe and well-tolerated profile. The incidence of any potential measurement over 6 millimole per liter in the Launch-HTN trial in 50 milligram arm was 1.1% in placebo in active and 0.7% in placebo. The prespecified rate, excluding falsely elevated or factitious hyperkalemia was comparable to placebo with the demonstrated incidences being 0.6% and 0.4%, respectively. While quantitative comparisons between different clinical trials are difficult, the incidence of moderate or severe hyperkalemia of approximately one-half of 1% compares quite favorably with most prior reports of mineralocoid receptor antagonist tested in a similar clinical context. The Launch-HTN global pivotal trial is the largest aldosterone on synthase inhibitor trial reported to date and the benefit of risk profile compares quite favorably with previously reported smaller trials of the three other aldosterone synthase inhibitors that have been tested in hypertensive individuals. Now turning to the Advance-HTN trial. Here, we tested the effect of lorundrostat in the clinical context and hypertension intensive individuals who are the most refractory to current standard of care, and often referred to hypertension specialists. The trial used highly rigorous criteria for enrollment and randomized -- randomization designed to mirror best practice care provided in the most advanced hypertension referral centers, maximization of conventional best practice two and three drug treatment regimens along with active monitoring of compliance, we're used to document and confirm the existence of uncontrolled or resistant hypertension. The results from the trial in the 50-milligram once-daily lorundrostat arm were highly statistically significant. The 7.9 millimeter mercury reduction in placebo-adjusted systolic blood pressure and 15.4 millimeter mercury reduction in observed systolic blood pressure measured by 24-hour ambulatory blood pressure were observed at the prespecified 12-week visit. Lorundrostat demonstrated a favorable safety and tolerability profile with modest on-target changes in serum potassium, sodium and EGFR and a low discontinuation rate. This trial was designed and conducted in partnership with the comprehensive hypertension center at the Cleveland Clinic and their C5 research team. Results were presented by the Co-Director of the Cleveland Clinic Hypertension Clinic, Dr. Lu Lasan, in a late-breaking session at the American College of Cardiology's ACC '25 meeting and published in the New England Journal of Medicine on May 8. As was reported in the New England Journal of Medicine Paper, the Advance-HTN trial per protocol confirmed incidence of hyperkalemia over 6 millimole per liter in the 50-milligram arm was 2.1%. Given the high dose of olmesartan, a potent long-acting arm, which also elevates serum potassium, we feel that this incidence of serum potassium greater than 6 millimole per liter has an acceptable benefit risk profile appropriate for the use in these patients. Okay. Now turning to our other programs, Explore-CKD and Explore-OSA Phase 2 proof-of-concept trials. Both of these trials are designed to provide data that augments the anti-type pretensive protocol of lorundrostat by profiling an efficacy of lorundrostat in these two special populations of hypertensive individuals. During the first quarter, we announced the completion of enrollment in the Explore-CKD Phase 2 trial. This trial evaluates the safety and efficacy of lorundrostat for treatment of hypertension in subjects with an eGFR from 30 to 90 and at least 200 milligrams of UACR despite receiving stable treatment with an ACE inhibitor or an ARB as well as an SGLT2 inhibitor. Hypertension and associated hypertensive nephropathy is a leading cause of kidney damage alone and in combination with other obesity associated comorbidities. This is another area with great unmet medical aldosterone synthase inhibition with lorundrostat has the potential for transformative benefit to patients. In this trial, the primary outcome measure is change in systolic blood pressure during a four-week treatment period relative to that seen in a 4-week placebo treatment period in the same individuals. The key mechanism of kidney damage in hypertensive nephropathy is elevated blood pressure glomerular hyper perfusion, scarring and reduction of the number of glomeruli available to filter the blood. Changing prutinuria is being assessed in this trial as well. In contrast to CKD due to diabetes and metabolic syndrome, where proteinuria is a useful surrogate endpoint. Individuals with predominant hypertensive nephropathy tend to have modest levels of proteinuria, change in blood pressure, along with acute physiological reduction in eGFR and rather than changing proteinuria may be a more useful outcome measure for a Phase 2 trial in this population. In the first quarter of 2025, we announced initiation of the Explorer-OSA Phase 2 trial to evaluate the effect of lorundrostat in treatment of moderate to severe obstructive sleep apnea, blood pressure increases significantly as arterial oxygenation falls during upper airway obstruction at night. By dosing lorundostated bedtime, we believe we will suppress the majority of aldosterone produced during sleep, while maintaining 24-hour blood pressure control. Episodes of nocturnal hypertension are underdiagnosed and lack a demonstrated highly effective treatment. The current treatment armamentarium is limited to weight loss and the use of positive airway pressure. We believe that neither is sufficiently effective at minimizing the impact of OSA on major adverse clinical outcomes. In summary, we have now demonstrated the clinically meaningful benefit risk profile of lorundrostat in individuals with aldosterone mediated hypertension. We are focused both on moving lorundrostat towards an NDA submission as well as exploring its use in prevalent comorbidities such as OSA hypertensive nephropathy, for which normalizing aldosterone production may result in meaningful clinical benefits. I'll now turn the call over to Adam to review our financial results for the first quarter of 2025.