Good morning, and thank you for joining us. The third quarter at Invivyd was marked by a promising start and then an unusual commercial headwind that Invivyd has been managing through since. This headwind is rooted in the academic virology complex, the U.S. FDA, and unfortunately, as a result, reached HCPs in vulnerable populations that can benefit from more protection from symptomatic COVID-19. As a reminder, Invivyd is discovered, developed, and is now commercializing a monoclonal antibody against SARS-CoV-2. This virus is now in its endemic phase, following a pandemic that raged through the immunologically naive human population, but now, in its endemic phase, still causes a shocking quantity of death, illness, and long-term damage even among the young and healthy. While the backbone of population health for COVID-19 remains vaccine boosts, contemporary data from CDC very consistently reveals the limitations of vaccine boosts in terms of the level of protective efficacy a boost can achieve in a human already experienced immunologically from prior vaccination or infection. These limits are universal among humans, although the immunocompromised population who may receive less benefit due to an inadequate immune response to vaccines are more vulnerable and bear an even greater burden requiring additional protection. Fortunately, Invivyd has conducted randomized clinical studies on monoclonal antibodies in both the pandemic phase and now the modern endemic phase of SARS-CoV-2, and the results are unambiguous. A monoclonal antibody can render a major step change in protective efficacy against symptomatic COVID-19 compared to placebo. Unlike modern vaccine boost epidemiologic studies, which reveal about a 40% to 50% reduction in the likelihood of a COVID-19-related hospital stay or urgent care visit for about 60 days, after which benefit fades rapidly, exploratory efficacy data on pemivibart from our CANOPY Phase 3 clinical trial demonstrated in an immunocompetent population an 80% to 90% reduction in the risk of getting symptomatic COVID-19 in the first place, over twice dosing during a six-month period. Invivyd recently shared long-term follow-up data from CANOPY showing that indeed robust protection remains even at low residual drug levels after six months following cessation of dosing, consistent with prior publications and indeed consistent with our overall corporate thesis for scaled monoclonal antibody protection at potential low doses and via attractive routes of administration. Against this backdrop remains SARS-CoV-2 virus genetic variation, a source of fascination and consternation for the academic and regulatory communities, and a major focus of our work internally at Invivyd. SARS-CoV-2 has displayed remarkable genetic mutability, and there exists a substantial cottage industry devoted to describing and considering those mutations. From Invivyd's point of view, as a pharmaceutical company, variation is why we have made a major investment in technology designed to understand and address that variation, and why we select the molecules we select with barriers to resistance in mind. We're all incredibly proud that so far, Invivyd stands alone in both attempting and accomplishing this goal in the contemporary context of a post-Omicron era, utilizing rapid approval pathways in concert with FDA. Pimivibart's longstanding and continued antiviral activity to date is a remarkable scientific accomplishment and one we are eager to repeat with an improved drug profile. Alas, applied virology is an inexact science, all the more inexact outside of an industrial, highly controlled context, and there are many labs globally that seek to understand our molecules using processes and systems of unknown quality and reagents of unknown characteristics. One of those systems and labs has presented an unusual headwind that cast doubt on the activity of our molecule against contemporary lineages, notably KP.3.1.1 observations made at Columbia University over the summer and into the fall. That KP.3.1.1 susceptibility doubt made its way into the U.S. FDA, and disappointingly, the agency broadcast that doubt into the HCP and vulnerable populations via not just fact sheet updates but also email blasts and tweets, or whatever tweets are called now. While the PEMGARDA fact sheet was corrected in late September with robust neutralization data generated through Invivyd's industrial virology effort, Invivyd's opportunity to drive utilization in the late third quarter and into the fourth quarter infectious disease season was badly damaged. Invivyd has been seeking to repair this damage in the end market up to and including News Today, in which the New England Journal of Medicine has published not just a letter to the editor from Invivyd, but also a second piece from this laboratory describing their neutralization results against a lab-made antibody, which had to be corrected at the 11th hour by New England Journal, as you can see online. The piece now describes, “Research grade” pemivibart which is a critical and sadly late emerged distinction. Prior to the New England Journal of Medicine's correction, it was implied that authentic pemivibart manufactured by Invivyd was used in these systems. Invivyd is a science-based company and therefore has a deep respect for the scientific process, but we are also in the business of trying to save lives and believe that the researchers and regulators considering scientific claims ought to exert real caution in making claims about authorized medicines for human use on the basis of rapidly emerging science that may lack appropriate rigor and appropriate control. Meanwhile, Invivyd remains working to drive awareness of a medicine among HCPs that we believe disrupts disease pathogenesis and has been shown to protect vulnerable Americans who are in need of protection against symptomatic COVID-19. Tim Lee, our Chief Commercial Officer, will describe our ongoing efforts and our thinking about building this important category of medicines, and our SVP of Clinical Development and Medical Affairs, Mark Wingertson, will touch on recent CANOPY data that points the way to scaling our work far beyond what we can do with pemivibart as an intravenous medication. More generally, our great hope at Invivyd is that these recent events, our strong and consistent data and upcoming government transition can all present an opportunity for regulators to consider an impressive and growing totality of data that shows quite clearly, one, the test-boost-treat paradigm championed by the current administration as having “Ended the pandemic” has left behind extraordinary ongoing human misery. Two, monoclonal antibody protection, especially when deployed in the contemporary human population on top of immune experience from vaccination or infection, can be a substantial unlock in terms of high levels of protection from symptomatic disease itself. Three, protection at low serum virus neutralizing antibody titers has now been demonstrated by monoclonal antibodies in both the pandemic and modern endemic phase of SARS-CoV-2. And such data can be leveraged to make products that would look and feel rather like a vaccine, for example, intramuscular or similarly convenient administration, but which could be distinguished by high efficacy and durable equitable protection, all without forcing human subjects to encounter the SARS-CoV-2 spike protein in vaccine form and experience associated reactogenicity. And four, companies like Invivyd have been and remain prepared to action these initiatives as soon as key governmental stakeholders are ready. Despite the extraordinary recent circumstances surrounding this company and our ongoing PEMGARDA launch, we have been gratified to see a recent return to product growth. We are pleased with the durability of pimivibart and our next generation antibody VYD2311 in the face of virus variation, and we stand prepared to radically scale the impact of our work near term. With that, I will turn the call over to Mark Wingertzahn, Senior Vice President of Clinical Development and Medical Affairs.