It's a pleasure to be on the call today to discuss the important milestones ahead and update on our pipeline. So if you turn to Slide #10, we're laser-focused on executing the programs that will characterize the full therapeutic potential of our medicines. Starting with revumenib. We are advancing an integrated evidence generation plan to rapidly deliver practice-changing data across the acute leukemia spectrum as well as leading global registration programs in the newly diagnosed setting. Some of the key trials are shown on this slide, and I would like to highlight a few key points. First, global enrollment is underway in our pivotal frontline trials of revumenib, and we are positioned to be first to the frontline with pivotal data. Importantly, our frontline strategy is supported by compelling Phase I/II data showing high rates of response, MRD negativity and favorable tolerability with revumenib in combination with low or high-intensity chemotherapy regimens. Among the patients who are eligible or unfit for intensive chemotherapy, enrollment is underway in EVOLVE-2. This is a Phase III trial of revumenib in combination with venetoclax and azacitidine or ven/aza newly diagnosed NPM1 or KMT2A patients. EVOLVE-2 has dual primary endpoints of complete remission and overall survival based on the NPM1 population to support the potential for accelerated and full approval, respectively. In the fit NPM1 population, enrollment is underway in REVEAL, the Phase III trial of revumenib in combination with intensive chemotherapy. REVEAL has dual primary endpoints of MRD-negative CR and event-free survival to support the potential for accelerated approval and full approval, respectively. In the fit KMT2A population, we are pursuing a novel approach. In addition to generating further data with intensive chemotherapy, we are progressing the RAVEN trial in collaboration with clinicians at the forefront of menin clinical research. This innovative Phase II trial will evaluate revumenib in combination with ven/aza in newly diagnosed KMT2A patients who would be considered fit for intensive chemotherapy. This trial builds on the strong activity observed with revumenib in combination with venetoclax and hypomethylating agent in KMT2A patients. RAVEN has the potential to advance the standard of care for fit KMT2A patients if the efficacy outcomes are similar or superior to what is typically seen with intensive chemotherapy combinations, but without the associated toxicity. The second point I'll highlight is that 2026 will be another year in which Syndax will demonstrate a strong presence and scientific leadership at every major medical meeting in our field. Specifically, we expect to report additional data from the ongoing Phase Ib/II trials of revumenib combinations in the frontline setting, including an update from the BEAT AML trial in the second half of the year. We also look forward to additional data presentations on the clinical use of revumenib in the post-transplant maintenance setting, an area of growing scientific interest as well as further real-world evidence collaborating with leading institutions across the United States. At last year's ASH, we saw the first of what we expect will be a growing body of data from centers looking at outcomes with revumenib in a post-transplant maintenance setting. Investigators from MD Anderson presented real-world data from 10 pediatric patients with KMT2A or NUP98r acute leukemia who received revumenib as maintenance after their stem cell transplant. They reported that revumenib was well tolerated with encouraging early efficacy. At a median follow-up of 19 months, all the patients were alive and 90% were relapse-free. Also at ASH, investigators from the City of Hope presented the design of a Phase I trial evaluating the safety and preliminary efficacy of revumenib given as maintenance for 2 years post-transplant in adult and pediatric patients with NPM1 or KMT2A acute leukemia. This trial and others will provide important data to inform future research and clinical practice. With over a year of commercial use, we and our collaborators are well positioned to deliver impactful real-world evidence supporting revumenib clinical use. Investigators from Moffitt Cancer Center presented the first real-world evidence for revumenib and the menin therapeutic class at ASH. Their data showed an overall response rate of 77% and MRD negativity rate of 75% among patients with relapsed/refractory NPM1, KMT2A, NUP98r acute leukemia who received primarily revumenib as part of a combination therapy. This usage highlights the clinical value of having a therapy with activity across multiple genetic subtypes, a differentiating feature of revumenib's profile as well as physicians' comfort combining revumenib with standard of care therapies. They also reported patients proceeding to stem cell transplant and the majority resuming revumenib post-transplant. In addition to observing excellent clinical activity overall, revumenib was well tolerated. We expect Moffitt to report further data this year as well as other centers with extensive experience using revumenib in clinical practice. These will be important data sets that help -- that further help to differentiate the breadth of revumenib use and provide practice-informing data to physicians. Turning now to axatilimab, I'll highlight 2 key points. First, in partnership with Incyte, we are working to expand axatilimab's impact in chronic GVHD with 2 ongoing trials in newly diagnosed patients. One of these trials is a Phase III of axatilimab in combination with corticosteroids with top line data expected in early 2028. The other is a Phase II trial of axatilimab in combination with ruxolitinib with top line data expected in early 2027. Second, we continue to make progress advancing the development of axatilimab beyond chronic GVHD. Earlier this year, we completed enrollment in our Phase II trial of axatilimab in idiopathic pulmonary fibrosis, or IPF, and are on track for top line data in the fourth quarter of 2026. Given the high interest in our IPF program, I will review some of the key evidence supporting this program and outline the Phase II MAXPIRe trial design. So turning to Slide 11. Monocytes and monocyte-derived macrophages are a promising target in IPF. A growing body of evidence supports that circulating monocytes migrate to the lung and become pro-fibrotic inflammatory alveolar macrophages, which drive the fibrotic process. Research has shown that these monocyte-derived profibrotic macrophages are CSF-1 dependent. Axatilimab is an IgG4 monoclonal antibody, which was specifically optimized for diseases with an inflammatory and fibrotic component. It blocks a specific extracellular domain on the CSF-1 receptor on the surface of monocytes and macrophages, preventing their activation by CSF-1 and interestingly, IL-34. This reduces the levels of circulating pro-fibrotic and pro-inflammatory monocytes and monocyte-derived macrophages and therefore, inhibits the activity of pathogenic macrophages in tissues. By targeting B cells, axatilimab has the potential to provide a more pronounced impact on the fibrotic process than other therapies that target alternate pathways. Slide 12 outlines the multiple lines of evidence that support the potential for axatilimab in IPF. Firstly, it has been shown that higher monocyte levels are associated with shorter overall survival in IPF and other fibrotic diseases. In addition, preclinical bleomycin mouse models of IPF show reduction in lung fibrosis with CSF1R inhibition. Most notably, we observed remarkable antifibrotic activity with axatilimab in chronic GVHD patients. Responses were observed across all organ studies, including organs with fibrotic manifestations of the disease, such as the lung and skin. Among patients with lung involvement who received axatilimab at the dose we are studying in our IPF trial, nearly 50% achieved a lung response and over 90% reported improvements in shortness of breath at rest. Leading experts in IPF with whom we have consulted, including some who are also participating in the trial are enthusiastic about axatilimab's mechanism, the compelling results in chronic GVHD and its potential in IPF. Slide 13 shows the design of the MAXPIRe, a Phase II randomized, double-blind, placebo-controlled trial of axatilimab in approximately 135 patients with IPF. The inclusion criteria are similar to other recently reported IPF trials. The primary endpoint is the annualized rate of decline in forced vital capacity or FVC measured at 26 weeks. This is a well-designed Phase II trial that has the potential to provide robust proof-of-concept data for axatilimab in IPF to inform a pivotal registrational program. We have an exciting year ahead as we continue to pioneer the broad development of menin and CSF1R inhibition 2 mechanisms that hold tremendous promise for patients. With that, I will hand the call to Keith to discuss the financials.