Thank you, Lisa, and good morning, everyone. I appreciate you joining us today. A few weeks ago, we issued a press release announcing that multiple abstracts highlighting imdusiran data were accepted for presentation at the Liver Meeting 2024, which is the annual meeting held by the American Association for the Study of Liver Diseases. Included in the acceptance are 2 late-breaker poster presentations with the imdusiran data from our ongoing Phase IIa clinical trials IM-PROVE I and IM-PROVE II. Since that meeting kicks off next Friday, November 15, and the data are under embargo, we're not able to provide any updates to those trials at this time. I will, however, review at a high level the data that we presented from those clinical trials earlier this year at the EASL conference. Before doing so, I want to take a minute to discuss why we are focused on a functional cure for patients with chronic hepatitis B. Chronic HBV remains a significant global health challenge, affecting more than 250 million people worldwide despite the availability of preventive vaccines and current treatment options. This underscores our mission to address the urgent need to bring innovative combination treatments with a finite duration such as those that could include our RNAi therapeutic imdusiran to patients as quickly as possible. Currently, the primary treatments for chronic HBV include nucleos(t)ide analogue that suppress HBV DNA and immune modulators like interferon. These agents result in a very low functional cure rate. Therefore, combining new and innovative therapies to reduce surface antigen, suppress HBV DNA and boost the immune system with current standard of care is needed to provide a more optimal functional cure rate for patients with HBV. If a functional cure rate were available for patients with chronic HBV, it could potentially significantly reduce the patient's risk of liver cirrhosis and hepatocellular carcinoma, decrease patient stigma and eliminate lifelong treatment and burdensome health care costs. As we focus on developing a functional cure for chronic HBV, we believe it is, first, important to lower viral markers such as hepatitis B surface antigen. Our Phase IIa studies are designed to use imdusiran to reduce surface antigen as low as possible before administering an immune modulator. We are combining our RNA therapeutic imdusiran with 2 different immune modulators in 2 Phase IIa clinical trials, our IM-PROVE I trial, which includes short courses of interferon, and our IM-PROVE II trial, which includes a combination of a therapeutic vaccine and an anti-PD-1 monoclonal antibody. At the EASL Congress in June, we reported data from our IM-PROVE I clinical trial showing that the combination of imdusiran plus interferon was generally safe and well tolerated. The cohort that performed the best was Cohort A1, where HBV patients received 6 doses of imdusiran and 24 weeks of interferon in addition to ongoing nuke therapy. In cohort A1, 33% of the patients achieved surface antigen loss at the end of imdusiran and interferon treatment that was sustained at 24 weeks post end of treatment. We also looked at a subset of patients who had surface antigen less than 1,000 IU/mL at baseline. In Cohort A1, 67% of the patients who had surface antigen less than 1,000 IU/mL at baseline maintained surface antigen loss 24 weeks after completion of imdusiran and interferon treatment. This is one of the highest reported rates of surface antigen loss achieved by patients with baseline surface antigen less than 1,000 IU/mL. This is a relevant population to assess because published studies have shown that patients with surface antigen loss have better long-term outcomes. As we think about a Phase IIb clinical trial and based on these data, stratifying the patient population to include those with low surface antigen may best position us for success while still capturing a significant portion of chronic HBV patients. At the time we reported the data, these 4 patients in Cohort A1 with sustained surface antigen loss had discontinued their nucleoside therapy. We've been following these patients to assess them for functional cure. As a reminder, functional cure is defined as sustained hepatitis B surface antigen loss and HBV DNA less than the lower levels of quantification 24 weeks of treatment with or without hepatitis B surface antibodies. We continue to receive positive feedback on these data from key opinion leaders in the HBV field, and we are excited to provide additional follow-up data from this trial at AASLD next week. In June at EASL, we also reported end of treatment data from our IM-PROVE II clinical trial that is evaluating the safety and immunogenicity of a 24-week lead-in with imdusiran followed by Barinthus Biotherapeutics immunotherapeutic VTP-300 or placebo while continuing nuke therapy. In this trial, imdusiran lowered surface antigen to levels less than 100 IU/mL prior to dosing with VTP-300 or placebo in 95% of the patients. After receiving VTP-300 and through 24 weeks post end of treatment, more patients maintain surface antigen thresholds of less than 100 or less than 10 IU/mL versus placebo. For patients who reach this time point, a statistically significant difference was achieved in mean surface antigen levels between the treatment arm and placebo. Recall that we have expanded this IM-PROVE II clinical trial to evaluate the addition of a low dose of the anti-PD-1 monoclonal antibody, nivolumab, to the imdusiran and VTP-300 combination treatment regimen, which we believe may further boost the host immune response. We are on track to report preliminary data from this portion of the trial next week at AASLD. The totality of these data support our plans to advance imdusiran into a Phase IIb clinical trial as a cornerstone in a potential HBV functional cure treatment regimen. Now I would like to move on to AB-101, our oral small molecule PD-L1 checkpoint inhibitor. We believe that the immune checkpoint pathway plays an important role in HBV-specific immune tolerance and in T-cell activation, and the addition of a checkpoint inhibitor in combination with imdusiran could potentially further enhance HBV-specific immune responses. We remain excited about the potential of AB-101 in treating HBV. AB-101 is liver-centric and in preclinical studies had typical small molecule pharmacokinetics, likely providing a much shorter duration of effect than long-acting antibodies. AB-101 was designed with the goal of minimizing systemic exposure and reducing the chance of immune-related adverse events that are often seen with checkpoint antibodies. AB-101 is currently in a Phase Ia/Ib clinical trial that consists of 3 parts, starting with single and multiple ascending doses in healthy subjects and culminating with multiple doses in patients with chronic HBV. Last quarter, we reported data from the Part 1 single ascending dose portion of the trial, showing that AB-101 was generally well tolerated with evidence of dose-dependent receptor occupancy. In the 25-milligram single-dose cohort, all 5 evaluable subjects showed evidence of PD-L1 receptor occupancy between 50% and 100%, indicating that AB-101 is interacting with its intended target. Today, we recorded data from Phase II of this trial where part -- Part 2 of this trial, where we have so far enrolled 2 sequential cohorts of 10 healthy subjects. Each cohort received 10 or 25 milligrams of AB-101 or placebo daily for 7 days. Multiple ascending doses of AB-101 were generally well tolerated with evidence of dose-dependent receptor occupancy. In the 25-milligram cohort, all subjects showed evidence of receptor occupancy with 7 of the 8 subjects demonstrating receptor occupancy greater than 70% during the 7-day dosing period. With a favorable safety profile to date and evidence of receptor occupancy, we have now moved into Part 3, the global portion of this clinical trial, which evaluates 28 days of repeat dosing in AB-101 in patients with chronic HBV. We expect to report preliminary data from HBV patients dosed with AB-101 in the first half of next year. Finally, I have 2 brief updates on the litigation progress with Moderna and Pfizer/BioNTech around our LNP intellectual property. In the Moderna case, the trial date is now scheduled for September 24, 2025, which is, of course, subject to the court's availability. In the Pfizer/BioNTech lawsuit, the date for the claim construction hearing, also known as the Markman hearing, has been set for December 18, 2024. I'll now turn the call over to Dave Hastings for a brief financial update. Dave?