Thank you, everyone, for joining us today. As always, this is a forum in which we communicate salient aspects of our business that are of interest to investors, and we welcome your questions and feedback along the way. On the first 2 of these calls we have done, I've focused my early comments on Attruby, which continues to be the core of our business. As both Matt and I will elaborate on, we see continued momentum, both scientifically and commercially in this franchise and are ever more confident today that we will achieve our goal of 30-plus percent market share by volume in the years to come. But I wanted to start today by talking about our recent R&D progress. As you all know, we had the distinct privilege of announcing 2 stellar Phase III top line results over the last 3 days. It is quite the coincidence that these readouts happen to stack on top of one another after 6-plus years of working on these programs. But these few days serve as a testament to the longer-term productivity of the R&D engine we have created. Slide 10 of our updated corporate presentation shows the industry-leading time lines that we have been able to achieve, and Slide 11 shows the remarkably high probability of technical success across our programs across the nearly 10 years that we've been operating. Probabilities of technical success north of 70% start to move us from a lottery ticket-like entity to an engineering company-like entity, one that will undoubtedly face failure, but that can reliably produce medicines that matter with reasonable cadence. The speed and efficiency of the BridgeBio engine is only possible because we target well-described genetic diseases at their source. It's also the product of our decentralized hub-and-spoke model that is fueled by our tireless employees that are dedicated to making an impact to the patient communities that we serve. I'd now like to highlight some of the most remarkable aspects of the data we have shared over the last few days and encourage those seeking to learn more to access our webcast on each readout. On Monday, we read out our Phase III FORTIFY trial of BBP-418 in limb-girdle muscular dystrophy type 2i. The study exceeded all of our expectations, meeting all primary and secondary interim analysis endpoints. The primary endpoint, glycosylated alpha-dystroglycan was successful to a high degree of statistical significance. Though even small changes in ADG have been shown to be clinically meaningful, it is remarkable to see some patients attaining normalized levels of ADG. And the 80% increase in glycosylation meaningfully moved patients to healthier levels of muscle function. Across the key clinical endpoint studied, ambulatory function and pulmonary function, BBP-418 not only stopped the decline that was seen in the placebo, but showed a statistically significant incline in function. Patients are walking better and breathing better than when they started. In addition, this small molecule is distributed systemically, and we look forward to sharing additional data associated with its impact on other tissues, including importantly, the heart muscle. Earlier today, we shared the top line data from our Phase III CALIBRATE trial of encaleret in autosomal dominant hypocalcemia type 1. We saw profound and highly statistically significant normalization across blood and urine calcium as well as highly statistically significant normalization of PTH. Just to reiterate, a vast majority of patients fully normalized urine, serum and PTH levels. As I mentioned on the webcast, when we speak of cures in therapeutic medicine, this is the type of impact we seek. And as I mentioned on our last earnings call, we are moving expeditiously not only to launch this drug, but also to initiate its Phase III in chronic hypoparathyroidism. Here, encaleret in a cohort of 10 patients normalized urine and serum calcium in 80% of subjects within 5 days of dosing. Importantly, this drug brings differentiated promise to the hypoparathyroidism community across at least 3 potential dimensions. First, it's oral. Second, it potentially normalizes urine calcium, the cause of downstream kidney conditions. And third, it might avoid potential downstream bone-associated resorption issues that could require bisphosphonates. Finally and importantly, for both small molecules in LGMD2I and ADH1, we saw a safe profile, supporting their ability to provide lifelong improvement for patients who have no disease-modifying therapies available today. Of course, these data are only interesting to the extent that we can get the therapies into the hands of patients. This is where the ongoing success of Attruby gives me confidence that we can distribute at scale. We have been in the marketplace for nearly a year, and I feel our message is just beginning to resonate. The numbers to support that include the fact that we have delivered 5,259 unique patient prescriptions to 1,355 unique HCPs, generating this quarter $108.1 million in net product sales. In the long term, although our goal is 30% to 35% share by volume, I believe we have the potential to be a market leader. The best point estimates to date on key endpoints at the lowest price point backed by an aggressive research plan support that future. Early performance of Beyonttra in Europe where physicians have been quick to recognize the strength of our data also supports that future. Our partners at Bayer have done a wonderful job prosecuting the acoramidis hypothesis in Europe, closing in on market leadership in Germany with an NBRx of nearly 50% just 6 months into launch. In that geography, among other tailwinds, regulators have also been quick to shut down Pfizer's inaccurate claims of "near complete stabilization." On that topic, as I was putting together my comments, I stumbled upon an old e-mail that Dr. Jeff Kelly, the inventor of tafamidis, had sent to Dr. Isabella Graef, one of the inventors of acoramidis. In it, and I directly quote him, he says, "given the variability in stoichiometry in the experiments between tafamidis and AG10 and TTR, the data always tell the same story that AG10 is better than tafamidis as would be expected from the determined binding constant." I have to say I agree with him. Moving on from competing, we are also asking ourselves what is unique about our product. As many of you know, in patients with cardiac arrhythmic involvement, we observed a 43% reduction in risk of CVH associated with cardiac arrhythmia and a 17% reduction in TEAEs related to new onset AFib. That is unique. In patients with the most common variant, V122I, we published a 59% hazard reduction, which to our knowledge is the largest point estimate in terms of reduction demonstrated in the field. We expect to further elaborate on these data at the upcoming AHA conference, so please stay tuned for that later this weekend. Additionally, we've continued to interrogate what in my mind is an incredibly unique factor, our early time to separation. In a recent JACC paper, we published that the effect of acoramidis on recurrent and cumulative cardiovascular outcomes was observed as early as 1 month. One question is, why is this prompt effect occurring? One hypothesis is that the answers may reside in the cardiorenal axis similar to what has been described for SGLT2 inhibitors, and we intend to explore this further in the clinic. In addition, we intend to bring a new clinical CMR study to the field to further interrogate Attruby's impact on disease regression as measured by cardiac function and structure. Some of you may have seen another single-site CMR study recently published by [indiscernible] in which they suggest the "potentially superior effect of acoramidis" versus tafamidis on important parameters like LVEF and LV mass. These new research areas marry nicely with the continued execution of our ACT-EARLY, a potentially profound study that explores the effect of acoramidis in presymptomatic variant patients and in the context of this mass action disease. Finally, we'll continue to study the efficaciousness of the drug in the context of real-world evidence studies. We've been proponents of leveraging RWE as early as the survival studies done by Dr. Masri, Moore and others. Given that in the modern marketplace, it is an exceptionally difficult thing to conduct double-blind head-to-head studies, RWE will serve as an important tool in identifying the right patients for the right drug. and we'll have more to publish on this front in the months to come. These research efforts tie together with the continued strengthening of our access profile and increasing diagnosis rates of patients with ATTR cardiomyopathy. Matt will have more to say about our access program, but we continue to offer best-in-class programs and are improving with every month the ability to "make it easy for those patients and physicians that desire access to Attruby." I'll end with a brief comment on future growth. The obvious growth in our portfolio today sits with the expansion programs of hypochondroplasia and in chronic hypoparathyroidism, branching from our achondroplasia and ADH1 programs, respectively. But shareholders should not overlook the deep ownership and close oversight we have with our sister companies. At GondolaBio , in particular, we now have 17 programs across the Mendelian landscape, including what we believe to be a potentially best-in-class asset in EPP in Phase II and buttressed by exciting programs in alpha-1 antitrypsin deficiency, hereditary pancreatitis, ADPKD and many other areas. As these programs move forward and we continue to solidify BridgeBio, we can access new growth opportunities at the right time to increase the scope of work we are doing for patients. With that, I'll turn it over to Matt, our Chief Commercial Officer.