Thanks, Jeremy. Our mission at Day One Biopharmaceuticals, Inc. is well represented by our ongoing clinical development with Ojemda in pediatric low-grade glioma, or pLGG. Notably, long-term follow-up data from our trial, FIREFLY-1, has provided critical insights to the contribution Ojemda is providing to patients with relapsed or refractory pLGG. Referred to as the FIREFLY-1 three-year data, these updates were presented in November 2025 at the Society for Neuro-Oncology Conference. With a median on-study duration of 40.6 months, these data confirm earlier reported results, strengthening our understanding of the durable clinical impact Ojemda is providing patients. I would like to summarize the highlights of these three-year data, beginning with safety. The three-year data summarized on this slide are notable for no new safety signals identified in comparison to data at the time of our initial approval. Specifically, adverse events leading to treatment discontinuation are low. In addition to rash, other low-grade adverse events include fatigue and gastrointestinal events, such as nausea or vomiting. As noted on this slide, adverse events of higher grade and frequency include decreased growth velocity, anemia, and occasional more severe rash than usually observed, and certain asymptomatic lab abnormalities such as elevated CPK or ALT. This profile remains consistent with the current product label. Let us turn now to the efficacy data. These updated three-year data confirm the meaningful responses in patients with relapsed or refractory BRAF-altered low-grade glioma in second or subsequent line of therapy as initially reported in FIREFLY-1. In fact, the 53% objective response rate is slightly higher than the 51% objective response rate at the time of the Ojemda approval. Response durations were also meaningful, with a median of 19.4 months. The median time to response is 5.4 months. The three-year follow-up data have also revealed insights into clinical decisions taken by investigators when radiographic-only tumor progression was observed on therapy with Ojemda. Consistent with general practice patterns, the FIREFLY-1 study has allowed for continued Ojemda treatment despite tumor progression. All 38 patients experiencing progression while receiving Ojemda continued treatment for a median duration of 9.3 months. Of these patients, 45% demonstrated further tumor reduction after initial documented progression had been observed. These data prompted us to undertake further analyses to better understand the clinical impact of treatment decision-making in patients on FIREFLY-1, and I would like to walk you through those on the next two slides. This slide illustrates important endpoints designed to reflect real-world treatment decisions. In addition to objective response and response duration, progression-free survival, or PFS, was assessed in FIREFLY-1. PFS is a composite endpoint encompassing either tumor progression or death, and in many settings, PFS is a meaningful measure of clinical benefit. However, the data I have just shared with you challenge this assumption in pediatric low-grade glioma, where treatment often remains ongoing despite radiographic evidence of tumor progression. In pLGG, other time-to-event endpoints may better reflect clinical benefit compared to PFS. Two other important time-to-event endpoint assessments are introduced on this slide. Let us focus on time to next treatment, or TTNT, which is shown across the top of the slide. Like PFS, TTNT is a composite endpoint measured from the date of onset of the first dose of Ojemda. However, unlike PFS, TTNT defines the initiation of the first subsequent anticancer therapy as an event versus tumor progression. The next slide shows these endpoints analyzed using the three-year FIREFLY-1 data. There are several on this slide, but I would like to call your attention predominantly to the dark blue, or TTNT, and the gold, or PFS, Kaplan-Meier curves. Physicians, patients, and their families work together to balance treatment of patients' low-grade glioma with meaningful treatment-free observation periods in between their therapy. For some patients, this clinical balancing act may go on for a couple of decades. The three-year FIREFLY-1 data demonstrate this critical aspect of patients' optimal care. Let me walk you through these points. The gold curve illustrates progression-free survival in FIREFLY-1. The median PFS is 16.6 months. The light blue curve, sitting more or less on top of the PFS curve, is an exploratory analysis where we have restricted progression to radiographic progression only. We are calling this rPFS. Clearly, most tumor progression events in FIREFLY-1 are radiographic-only events, which is why these curves are more or less on top of one another. In contrast, let us look at the two Kaplan-Meier curves at the top. Recall from the prior slide that in the time to next treatment endpoint, tumor progression as an event is replaced by the initiation of subsequent anticancer therapy. When we make this substitution, we can easily see the differences in the two curves. The median TTNT is 42.6 months versus the 16.6-month median PFS previously noted. The purple curve, referred to as clinical PFS, simply confirms the TTNT analysis by showing PFS based upon clinical progression events only. In short, these analyses from FIREFLY-1 illustrate standard clinical practice in the care of patients with pLGG. In an effort to optimize treatment over extended periods of time, treatment decisions are made based upon clinical tumor progression, not simply measurable change in tumor size based upon radiographic imaging. These data show that Ojemda meaningfully contributes to physicians' treatment armamentarium by extending patients' time to next treatment, thus improving their ability to craft the optimal treatment decisions for their patients. These time-to-event analyses are being incorporated into the ongoing randomized Phase 3 FIREFLY-2 trial in the frontline treatment of patients with pLGG, allowing the optimal characterization of the clinical benefit of Ojemda for these patients in frontline treatment in comparison to standard chemotherapy regimens, which is the control arm in the trial. As previously noted, we anticipate full enrollment in FIREFLY-2 in mid-2026. These impactful data strengthen our knowledge of the durable clinical impact Ojemda is providing to patients. Let me now turn it to Lauren to address how this is translating to the continued strong market uptake of Ojemda.