Thanks, John. I'll begin with 2002 in development for HAE. As John noted, we dosed the first patient with 2002 in our HAELO Phase III study last month. As a reminder, the HAELO study is a 60-patient global, randomized, double-blind placebo controlled study. This is an exciting milestone for Intellia and the HAE community. We see high interest for 2002, which we believe will drive rapid enrollment of our Phase III study and commercial uptake once approved. Based on the promising data we presented thus far, we believe patients could achieve a functional cure. In other words, freedom from HAE attacks and independence from chronically administered prophylactic medications that are commonly used to treat this disease. We plan to present longer term data from the Phase I/II study later this year, including patients in the Phase II portion who initially received a 25 milligram dose or placebo, and were subsequently given the 50 milligram dose of 2002 selected for the Phase III study. With HAELO well underway, we believe 2002 is well positioned to be the first ever one-time treatment for people living with HAE. The therapy is administered with a simple infusion and no need for extended steroids or other preparative drugs. This transformative therapy would also be the first approved using in vivo CRISPR gene editing. Let's move on to nex-z in development for the treatment of ATTR amyloidosis. Starting with ATTR amyloidosis with cardiomyopathy, enrollment in the pivotal Phase III MAGNITUDE study is progressing ahead of our target enrollment projections, and we expect cumulative enrollment to exceed 550 total patients by year-end. In November, we presented data from the Phase I study at the 2024 American Heart Association Scientific Sessions and published the findings in the New England Journal of Medicine. Across all 36 patients, a single dose of nex-z led to rapid, deep and sustained serum TTR reduction, regardless of baseline levels, through the latest follow-up. At month 12, the mean serum TTR reduction was 90% from baseline, and the mean absolute residual serum TTR concentration was 17 micrograms per ml. All patients achieved deep and durable TTR reduction after a one-time infusion. Notably, the TTR reduction occurred rapidly with a native reached at 28 days. When every day matters, achieving TTR reduction as quickly as possible is crucial in this life threatening illness. With TTR silencers, the reported mean reduction was approximately 80%, which is not reached until six months after starting chronic treatment. Now, we have observed that the very low levels of circulating TTR seen with nex-z are associated with disease stabilization or improvement across several markers of cardiac progression at month 12 compared to baseline. These favorable results were observed even though half of the patients met criteria for Class III heart failure and about 30% had a mutated TTR gene, both characteristics of patients with more rapidly worsening disease. This is a significant insight because when patients are untreated, disease progression as measured by these markers is typically evident within 12 months. In addition to the favorable results across markers of cardiac disease progression, we have also observed a low rate of cardiac hospitalizations in our Phase I study despite the advanced patient population treated with nex-z. This event rate, if reproduced in our pivotal trial, will be associated with a compelling clinical benefit for patients suffering from ATTR cardiomyopathy. Now on to ATTR amyloidosis with polyneuropathy. Patients are actively screening in the Phase III MAGNITUDE-2 study and we are on track to dose the first patient in the coming weeks. At last November’s investor event, we presented data from the Phase I study. Across all 33 patients who received a dose of 0.3 mg/kg or higher, the mean serum TTR reduction was 91% and the mean absolute residual serum TTR concentration was 20 micrograms per ml at month 12. Consistent with the observations of ATTR-CM, the rapid, deep and durable reduction in serum TTR observed in all patients was accompanied by evidence of disease stabilization or improvement across multiple clinical measures of neuropathy. Across NIS, mNIS+7 and mBMI, there were favorable trends of clinical benefit at month 12 compared to baseline levels with further improvements noted in this and mBMI in the part one patients for whom 24 months of follow-up was available. Nex-z has continued to demonstrate a favorable safety and tolerability profile. In recognition of the potential clinical importance of nex-z for the treatment of ATTRv-PN, the FDA granted nex-z Regenerative Medicine Advanced Therapy Designation or RMAT. This will enable closer collaboration with the FDA as we approach a BLA filing in 2028. We look forward to presenting longer term data from both ATTR-CM and ATTRv-PN patients in the Phase I study later this year. The data will include updated measures of clinical efficacy and safety. Regarding our research platform, we are dedicated to using our toolbox to bring forward breakthrough products, both in vivo and ex vivo. You will hear more about that in the time to come. I will now hand over the call to Ed, our Chief Financial Officer, who will provide an update on our financial results as of fourth quarter 2024.