Thank you, Jean-Pierre. Let's now review our HCV program and recent highlights. Turning to slide 5, HCV continues to be a recognized healthcare crisis in the US with between 2 million to 4 million people living with HCV and new challenges continue to hinder progress toward eliminating it globally. With the incidence of new infections annually outpacing the rate of those being treated with direct acting antivirals, it is clear that there are still unmet medical needs. Moving to slide 6, the US HCV treatment demand grew roughly 5% in 2023 based on the number of patients treated. The share of the two key treatment options, Epclusa and Mavyret, remains stable. Given the current limitations and prescription trends, we believe a best-in-class profile together with anticipated future government initiatives and improved patient access will increase the number of patients treated. We believe that the profile of bemnifosbuvir and ruzasvir has the potential to drive the future standard of care. Moving to slide 7, the profile of the patient has changed since the introduction of direct acting antivirals. Today, most US infected patients are younger in age and infections are highest among the age group between 30 to 39 years old. They are recently infected and less than 10% are cirrhotic. A high proportion of the current patients take multiple concomitant medications including HIV medications, antipsychotics, statins, proton pump inhibitors, and in addition, populations at the highest risk for HCV are frequently poorly adherent to their medication due to substance abuse disorders, including opioid use or other drugs and mental health disorders. For this patient profile, a direct acting antiviral with low risk of drug-drug interactions combined with short treatment duration and no food effect would address these unmet needs and treat more patients successfully. Slide 8 reviews our potential best-in-class regimen which combines the most compelling attributes of current HCV drug treatments. It is protease inhibitor free with a short eight-week treatment duration. Our combination also has a low risk of drug-drug interactions and there is no food effect. Slide 9 reviews the data for the selected fixed dose combination tablet of bemnifosbuvir and ruzasvir that we will be using in our Phase 3 program and for subsequent commercialization. This new tablet allows us to decrease the daily pill count from four tablets to two which is more convenient for the patient. As you can see from the two graphs, the fixed dose combination drug exposure is comparable to individually administered bemnifosbuvir and ruzasvir. In addition, there is no food effect. In slide 10, we outlined our Phase 2 single-arm open label study of 550 milligrams of bemnifosbuvir in combination with 180 milligrams of ruzasvir once daily for eight weeks. I will discuss the results shortly. In this Phase 2 trial, which is currently ongoing, we involve 275 treatment-naive patients including the leading cohort of 60 patients. The primary endpoint of the study is SVR at week 12 post treatment and safety. Moving to slide 11, as a reminder, the leading cohort of 60 patients were comprised of non-cirrhotic patients only. However, 10 patients had an advanced stage of fibrosis F3 which is borderline with cirrhosis. This slide shows the untreated viral kinetics of individual patient data from the leading cohort. As you can see, there was a rapid reduction of viral load in all patients within the first week, regardless of baseline viremia and genotypes. By week four on treatment, all 60 patients in the leading cohort had a viral load near or below the lower limit of quantification, and the virus was undetectable. Therefore, these very rapid kinetics across all genotypes support an eight-week regimen and compare favorably to Mavyret, which is the only approved eight-week treatment for HCV. Turning to slide 12, in June, we presented data at EASL from the leading cohort of 60 patients. We are pleased with the results, which showed a high SVR-12 rate of 97% with a short eight-week duration treatment. Importantly, the only two patients with post-treatment relapse or failure demonstrate the challenge of drug adherence in this patient population, which I'm going to review in further detail. On slide 13, results from the leading cohort also show a SVR-12 rate of 100% in all 13 patients infected with genotype 3, a historically difficult-to-treat genotype of HCV. Data also showed a 98% SVR-12 rate in 43 out of 44 patients with genotype 1. Turning to slide 14, as mentioned earlier, two subjects that were genotype 1b and genotype 2b experienced post-treatment relapse in the leading cohort. This slide shows the viral kinetics, plasma drug levels, and resistance sequencing data of the genotype 1b patient. The viral relapse or failure was due to treatment non-adherence and not due to viral resistance, as indicated by the lack of new mutations. This was demonstrated by low plasma and inadequate drug levels at week 6 and week 8, and similar viral mutations at baseline and 12 weeks post-treatment. And on slide 15, we see the viral kinetics, plasma drug levels, and resistance sequencing data of the genotype 2b patient. Once again, low plasma and inadequate drug levels at week 6 and week 8, combined with similar viral mutations at baseline and 12 weeks post-treatment. The lack of new mutations indicate that the observed relapse or failure was due to treatment non-adherence rather than viral failure due to resistance. These data further outline the challenge of drug adherence in the current patient population and reinforce the need for short treatment duration and convenience therapy. On slide 16, we see yet another example showing that poor drug adherence in this population remains a challenge. However, in these two patients that were poorly adherent, the high potency of our combination still led to a positive outcome of achieving SVR-12 or cure. On the next slide, slide 17, the combination of bemnifosbuvir and ruzasvir was generally safe and well tolerated in the leading cohort. There were no drug-related serious adverse events, no discontinuations, and adverse events were mostly mild. Turning to slide 18, to summarize our HCV efforts, in June, we completed enrollment of 275 patients. The study is ongoing, and we expect to report complete SVR-12 results in the fourth quarter of this year. We have selected the fixed dose combination tablet, which will be used in the Phase 3 program and for subsequent commercialization. We are on track with activities to initiate the Phase 3 program around the end of this year, and pending discussions with regulatory agencies, we expect to conduct two studies with at least one having an active comparator. We are excited about the significant progress and the positive results we have achieved for the HCV program, and look forward to providing more updates throughout the rest of this year. And with that, I will now turn the call over to Janet to discuss our COVID-19 and the global Phase 3 SUNRISE-3 trials.