Good afternoon, everyone. As Jean-Pierre just stated, COVID-19 variants are continuing to evolve at a very rapid pace. On Slide 5, you can see how, as quickly as every 2 weeks, the variant proportions in the United States are changing based on genomic sequencing results. These rates are faster than reported for any other RNA virus. And you can see why it isn't surprising that there are so many new variants circulating, and it isn't possible to predict how these variants might further evolve in terms of which mutations come next and the associated rates of infectivity and ability to cause severe disease. The CDC is currently monitoring 35 variants, of which HV.1 is the latest to be the dominant string. But there are hundreds more that haven't yet reached the level of community spread to appear on their radar. Not showing up on this slide yet is the variant of Omnicon BA.2.86 and its new mutation, which is called JN.1, which contains a further 41 additional unique mutations compared to XBB.1.5. As you can see, as a result of this, we're caught in a perpetual game of catch-up with continued attempts at updated vaccines that are often outdated before they become available. Each new variant introduces mutations that can impact vaccine efficacy and durability. On top of this, first-generation monoclonal antibodies have quickly become obsolete with authorizations revoked due to waning efficacy. Alarmingly, it is apparent that some recently circulating variants seem to have resulted from the use of monoclonal antibodies. All of this underscores the important role for direct-acting oral antivirals, which are effective independent of new mutations. Importantly, bemnifosbuvir has a high barrier to resistance due to its unique mechanism of action maintaining potency against all variants tested to date. And we anticipate that this will be the case as new variants continue to emerge. Turning to Slide 6. Supported by our extensive global footprint, we're seeing promising enrollment trends in our SUNRISE-3 trial. We have strong patient enrollment in the U.S. where clinical sites have been responsible for approximately 50% of the patients to date. The majority of patients globally continue to be enrolled in the monotherapy arm despite their awareness and availability of current oral antiviral options. This clearly highlights the ongoing important unmet medical need, which continues due to safety concerns, tolerability and potential drug-drug interactions, which limit the use of the currently available agents. Heading into this winter, forecast from the U.S. CDC suggests that this respiratory season should be similarly high to last year, where our hospitals were more full than at any other time point in the pandemic and worse than pre-pandemic years. It's predicted that COVID-19 will likely account for approximately half of those hospitalizations with flu and RSV combined accounting for the other half. There's a very low COVID-19 booster uptake with the latest vaccine at approximately only 7% of U.S. adults, which leaves many susceptible to the virus without a suitable treatment option. The most vulnerable to severe COVID infections are the elderly, the immunocompromised, and those with underlying risk factors for severe infection. Turning to Slide 7. As a reminder, SUNRISE-3 is focusing on high-risk patients, and its primary endpoint is all-cause hospitalization or death through day 29, in approximately 2,200 patients in the supportive care monotherapy arm. There are 2 planned interim analysis for DSMB review at approximately 650 patients and again at 1,350 patients in the supportive care monotherapy arm with initial top line data also anticipated next year. Please note, the DSMB's review we do not expect to report efficacy results as these analysis are primary geared towards safety and futility. In April, we were granted fast track designation for bemnifosbuvir, which reflects the recognized unmet medical need that remains for COVID-19 patients. We believe that the compelling profile of bemnifosbuvir has differentiated both clinically and preclinically with its lower risk for drug interactions and its good tolerability profile, as well as the absence of mutagenicity and embryo-fetal toxicity in the preclinical study. Our goal for COVID-19 is to deliver a safe, tolerable and effective treatment to the millions of patients for whom this current standard of care is not a suitable option. I'm now going to hand the call over to John to review the COVID-19 commercial opportunity.