The 48-week dataset, including key noninvasive markers of liver inflammation and fibrosis, weight loss, and tolerability, showed strong evidence of antifibrotic effect at week 48 following the early NASH resolution shown already at week 24. The 48-week data established a clear dose response that supports our plan to focus on the 1.8 mg dose in the Phase III trial, while also evaluating the 2.4 mg dose, which could provide additional benefits on both weight loss and, most importantly, liver efficacy. We saw substantial improvements both from baseline and from week 24 to week 48 in ELF and liver stiffness, with the results achieved at the 1.8 mg dose being particularly clinically relevant and comparable to or greater than that observed with the approved NASH product. These measures are clear indicators of antifibrotic activity, and we believe that they will translate into measurable histologic improvement at the 52-week time point in Phase III, which, along with NASH resolution, will be the basis for potential accelerated approval. In addition to the strong benefit in ELF and liver stiffness results, treatment with PEMB demonstrated statistically significant improvement in liver fat content and liver health as measured by ALT and cT1 imaging, with particularly impressive results observed in the 1.8 mg treatment arm. While these NITs tell the story of PEMB's robust direct beneficial effect on the liver, the 48-week data also provided evidence of the ability to address metabolic drivers of NASH, with patients receiving 1.8 mg PEMB achieving 7.5% weight loss at 48 weeks with no plateauing. As noted, the inclusion of a 2.4 mg dose could result in greater weight loss in the upcoming Phase III trial and be an opportunity for additional efficacy on NASH endpoints for accelerated approval. As Jerry pointed out, adherence to treatment in this chronic disease is currently a substantial challenge. Long-term treatment is key to demonstrating clinical outcomes as well as delivering benefits to patients in the real world. Therefore, safety and tolerability are of paramount importance in addition to demonstrating efficacy in NASH. I am very pleased to say that the low treatment discontinuation rates in the 48-week Phase II study were maintained in patients taking PEMB. We attribute these key benefits to the favorable safety and tolerability profile of PEMB with limited GI adverse events despite the absence of titration. The timing of the GI-related adverse events in the IMPACT trial, which were predominantly occurring in the first one or two months of treatment, informs our plan to introduce a simple one- or two-step titration depending on the dose in the Phase III program. We expect this to further improve the tolerability profile over what we observed in the Phase II study. On the regulatory side, the minutes from our end-of-Phase II meeting with the FDA, which we received in January, confirmed our takeaways from the meeting. We are aligned with the agency on all key aspects of the design for a pivotal Phase III study, which will assess PEMB in patients with moderate to advanced fibrosis. Participants in the PEMB arms will start at 1.2 mg and follow a one- or two-step monthly titration to either the 1.8 mg or 2.4 mg dose. The trial's primary population will enroll 990 patients with biopsy-confirmed F2 or F3 NASH, evenly split between placebo, PEMB 1.8 mg, and PEMB 2.4 mg, and measure improvements in either of two primary endpoints: NASH resolution or fibrosis improvement at 52 weeks, with an AI-assisted tool used to aid the histologic assessment. The 52-week endpoint is designed to support potential accelerated approval, with five-year clinical outcome data on liver-related events needed for an eventual final approval. A second cohort, following the same dosing and titration parameters, will enroll approximately 800 patients with NIT-assessed F2 and F3 NASH and measure changes in these noninvasive tests over the same three treatment periods. This population will support safety and long-term clinical outcome evaluations. In total, we will enroll approximately 1,800 patients in this pivotal study. Other key endpoints in the program will include safety, weight loss, and additional potential differentiation attributes such as body composition, quality of weight loss, and patient-reported outcomes. This will be a global trial with sites in North and South America, Europe, and Asia. In addition to the alignment with the FDA, we have submitted requests for scientific advice to both the European Medicines Agency and the MHRA. We have incorporated learnings from previous programs and believe that our Phase III design is well positioned for these regulatory agencies. Overall, we have made great strides toward preparing to initiate our Phase III trial this year. We are finalizing our protocol, and we have aligned with the FDA on the trial design. We have incorporated feedback from key opinion leaders and we look forward to execution of the Phase III study. We will be providing updates on our progress as appropriate. Now looking beyond NASH, PEMB has the potential to address major unmet medical needs in both AUD and ALD because of a similar liver physiopathology to NASH in these indications, and both of those Phase II trials are progressing well. First, RECLAIM, our AUD trial, completed enrollment in 2025 and we look forward to reporting the top-line data in Q3 of this year. In addition to patient-reported measures of alcohol consumption, the trial will also assess an objective biomarker associated with alcohol intake, PEMB's effect on body weight, and safety in this population. For the RESTORE trial in ALD, which will evaluate PEMB's effect on liver-related noninvasive tests, markers of alcohol consumption, and body weight, it is continuing to enroll, and we expect to complete enrollment later this year. Both trials will further expand the already robust body of evidence for PEMB in serious liver disease. And with that, I will turn the call to Linda for a commercial perspective on PEMB.