Thanks, Tolga, and good morning, everyone. As you all know, Q3 was very exciting for our TTR franchise. We shared the full results from the pivotal HELIOS-B study at ESC in August and additional exploratory findings at HFSA in September. Together, these data presentations highlighted vutrisiran's potentially transformational profile in today's population of patients with ATTR cardiomyopathy with benefits across a comprehensive series of assessments. This started with rapid knockdown of TTR, characteristic of the RNAi mechanism of action. We then saw favorable impact on cardiac biomarkers as well as echocardiographic assessments, reflecting impact on the underlying pathophysiology of this disease. This was then followed by impact on a number of important clinical measures of function and health status, indicating delays in disease progression. And ultimately, we saw profound benefits on outcomes with a greater than 30% reduction in all-cause mortality. Based on these compelling data, we've now completed regulatory submissions in the United States, where we've used a priority review voucher and in the EU with additional global regulatory submissions to follow in late 2024. Turning now to another important program for Alnylam. We're excited today to share new results from the multiple dose portion of the Phase 1 study of mivelsiran in patients with early onset Alzheimer's disease. As you recall, mivelsiran is a leading program in our effort to expand our RNAi platform to target organ systems beyond the liver and address the high unmet need that exists for neurologic diseases. Mivelsiran is a C16 conjugated RNAi therapeutic targeting amyloid beta precursor protein or APP, and is in development for the treatment of Alzheimer's disease and cerebral amyloid angiopathy or CAA. APP is the upstream precursor of all amyloid beta peptides that form the amyloid deposits that are characteristic of these two diseases. We believe that by lowering APP production, we can reduce the substrate for new amyloid deposition, potentially enable natural clearance and slow, halt or even improve the clinical manifestations of these devastating diseases. Today, we are sharing initial interim data from the first multiple dose cohort from the Phase 1 study of mivelsiran in early onset Alzheimer's disease patients. In the chart here in the dotted line, you can see the rapid, robust and sustained target engagement we achieved with a single 50-milligram dose during the single-dose part of the study as measured by the target engagement biomarker soluble APP beta. After a single dose on day zero, mean reductions of approximately 75% in soluble APP beta were seen at month 1 with sustained reduction of approximately 50% still apparent at month 6 and a slow return towards baseline thereafter. In pink, you can see the initial interim data from the multiple dose portion of the study where patients were administered 50 milligrams at month zero and 6 and then followed through month 7 or 30 days after that second dose. You can see that APP beta follows a very similar trajectory to the patients after the single dose of 50 milligrams through the first 6 months. But then after the second 50-milligram dose at month 6, we see further reductions of APP beta at month 7, with patients achieving above 90% lowering of APP beta. So these are very encouraging data as they indicate we can achieve sustained robust lowering of APP with relatively low doses. Importantly, mivelsiran has been generally well tolerated in both the single and multiple dose parts of the study. No new safety signals have been identified in Phase 1 and no significant abnormalities have been seen on CSF safety labs such as total protein and CSF white cell count or on the exploratory biomarker neurofilament light chain. Given these encouraging results, we continue to aggressively advance this program through clinical development. Specifically, we have continued dose escalation in the single ascending dose portion of the study to fully explore the safety and pharmacology profile of mivelsiran. We've now also initiated multiple ascending dose cohort in the study to explore additional dose regimens. As we announced earlier this year, we've begun a Phase 2 study in CAA, the second leading cause of hemorrhagic stroke and for which there is no existing disease-modifying treatment. And in parallel, we're defining next steps for a Phase 2 study in Alzheimer's disease and we'll provide updates in due course. Moving to another exciting pipeline update. We moved our third CNS program into the clinic with initiation of a Phase 1 study of ALN-HTT02, which targets the disease-causing Huntington protein in patients with Huntington's disease. In Q3, we shared nonclinical data supporting the broad CNS distribution as well as the tolerability of deep and sustained lowering of HTT in nonhuman primates after single and repeated intrathecal administration of ALN-HTT02. We look forward to sharing updates on this exciting program in the future as we seek to address this progressive and fatal neurodegenerative disease. As we've discussed, our potential upcoming launch in ATTR cardiomyopathy, assuming regulatory approval and near-term achievement of sustainable profitability are going to give us a strong foundation to continue investing in the promise of RNAi therapeutics to treat a broad variety of diseases with critical unmet needs. But as we've also discussed, we continue to be disciplined about resource allocation in this key phase of growth. As part of that ongoing commitment to optimize our efforts, we've announced today a decision to stop clinical development of ALN-KHK, an investigational RNAi therapeutic targeting ketohexokinase for the treatment of type 2 diabetes mellitus. This decision furthers our efforts to allocate clinical, managerial and financial resources carefully to bring transformative medicines to patients, including our other programs in the metabolic space, which is an exciting one for RNAi therapeutics. We continue to explore multiple targets for metabolic disorders and look forward to sharing updates in the future. So in sum, we've made great progress in advancing our pipeline and platform with much more to come. As a reminder, we're working towards filing proprietary INDs for 9 programs by the end of 2025 against targets in the liver, CNS, muscle and adipose. If we include partnered programs, we anticipate the potential for 15 new INDs by the end of 2025, representing a near doubling of our clinical pipeline by the end of next year. This remarkable and unique pace of innovation puts us in a great position to have a robust, self-sustainable pipeline that can deliver meaningful impact to patients across multiple disease areas. With that, let me now turn it over to Jeff to review our financial results and upcoming milestones. Jeff?