It's a pleasure to be on the call today. Thank you, Steve, and to discuss the strong presence Syndax will have at ASH with 23 abstracts accepted for presentation, including 6 oral presentations, highlighting our scientific leadership in menin inhibition and CSF-1R inhibition. Starting with Revuforj or revumenib. Collectively, the abstracts highlight the remarkable activity and tolerability of revumenib in multiple genetic subtypes, both as a monotherapy and in combination with standard of care therapies across the acute leukemia treatment continuum. Slide 9 summarizes the first real-world evidence for menin inhibitor. Data from the first 18 patients treated commercially with Revuforj at Moffitt Cancer Center show favorable tolerability and excellent clinical activity across multiple genetic subtypes and settings. Patients with NPM1, KMT2A and NUP98 acute leukemias are included in the data set. 15 patients received Revuforj in the relapsed/refractory setting, 2 in frontline and 1 after stem cell transplant without prior Revuforj treatment. Notably, nearly 80% of the patients received Revuforj in combination with standard of care regimens, most commonly venetoclax plus HMA. At the time of the abstract data cutoff, median follow-up was relatively short at about 4 months. 16 patients were efficacy evaluable. Among 14 patients treated for morphological marrow disease relapse, 79% achieved an overall response. Rates of MRD negativity by flow cytometry were high at 86% and 67% for KMT2A and NPM1 responders, respectively. 4 patients or 29% of the population treated for morphological disease proceeded to a stem cell transplant. 3 patients received Revuforj as maintenance post-transplant, including 2 who resumed Revuforj post-transplant and who started post-transplant without prior Revuforj treatment. It's also noteworthy that there were 2 additional patients who were treated with Revuforj NPM1 MRD positivity with one of the patients achieving MRD negativity at the data cutoff. The potential use of revumenib as an MRD eraser in HOX/MEIS-driven tumors is an area of high clinical interest with multiple ongoing studies exploring this area. Importantly, Revuforj was well tolerated in this real-world cohort, consistent with what we have observed among more than 1,000 patients treated across our broader clinical trial compassionate use and commercial experience. There was a low rate of revumenib dose reductions and no AEs led to revumenib discontinuation. DS and QTC were well managed with no events of either above Grade 3. The first real-world data set provides important insight into the breadth of Revuforj usage we are observing at leading academic institutions like Moffitt. The use in KMT22A, NPM1 and NUP98 underscores the clinical value of the data we have presented, showing activity in multiple genetic subtypes, one of the several differentiating features of the revumenib profile. The high rate of combination therapy observed highlights physicians' comfort with revumenib's safety profile and their desire to combine therapies with the hope of achieving deeper and more durable responses. We look forward to the presentation of longer-term follow-up data from Moffitt at ASH. This presentation will be the first in a series of real-world data sets we will be collecting and presenting in partnership with leading physicians and centers. Turning to Slide 10 and the frontline setting. We are pleased to share data from the first 17 patients enrolled in the newly diagnosed cohort of the SAVE trial. This trial is evaluating revumenib in combination with venetoclax and decitabine/cedazuridine in the relapsed/refractory and frontline settings. These new data show the combination was well tolerated in newly diagnosed patients with high rates of complete remission or CR and MRD negativity. Among newly diagnosed patients with NPM1 or KMT2A, 88% of evaluable patients achieved a CR. 100% of patients with CR were MRD negative by flow cytometry. 5 patients or 29% proceeded to transplant. Two of these patients had resumed revumenib as post-transplant maintenance at the time of the data cutoff. At a median follow-up of 6 months, median OS and EFS were not reached. The combination was well tolerated. DS and QTC were well managed with no events of QTC above Grade 2 and no events of DS above Grade 3. This is an important data set that builds on the encouraging results observed in the BEAT-AML trial of revumenib with venetoclax and azacitidine in newly diagnosed patients with AML. The concordance of the results from 2 different studies and different centers bolsters our confidence in the potential for revumenib in combination with low-intensity therapy to transform the treatment paradigm for newly diagnosed NPM1 or KMT2A AML. To realize the full therapeutic potential of Revuforj, we are laser-focused on advancing our frontline trials, including the pivotal EVOLVE -2 trial of revumenib with ven/aza that was initiated in collaboration with HOVON in the first quarter of 2025, the first pivotal trial of a menin inhibitor to start enrolling in the frontline setting. Moving now to Slide 11 and preliminary Phase I data supporting revumenib in combination with intensive chemotherapy or 7+3 in newly diagnosed patients with NPM1 or KMT2A AML. Data from 2 ongoing trials will be presented at ASH, including one led by the National Cancer Institute, or NCI, and one led by Syndax. Collectively, the early data from these trials show the tolerability of revumenib in combination with 7+3, along with high rates of CR, MRD negativity transplant and rapid count recovery. Both trials evaluated 2 dose levels of revumenib in combination with 7+3 induction and cytarabine consolidation. Dose level 1 was revumenib at 110 or 220 milligrams every 12 hours with or without strong CYP3A4 inhibitor, respectively. Dose level 2 was at the FDA-approved monotherapy dose. No maximum tolerated dose has been identified and the adverse events reported were consistent with the known AE profile of intensive chemotherapy and revumenib. In the NCI trial, 1 investigator-assessed dose-limiting toxicity or DLT was reported at dose level 2. This was one Grade 5 event of typhlitis or severe inflammation of the intestine, a complication that is known to occur in patients receiving intensive chemotherapy. There were no reports of DS or QTC prolongation of any grade. The NCI investigators concluded that revumenib appears to be well tolerated both with 7+3 induction and consolidation. In the Syndax study, 1 DLT of Grade 3 QTc prolongation was reported at dose level 1. This patient discontinued revumenib during the first cycle. Notably, at the end of the first cycle, the patient had achieved an MRD-negative CR and went on to receive a stem cell transplant. Turning to the promising clinical activity observed among 9 efficacy evaluable NPM1 and KMT2A patients in the NCI trial at the dose level 1 or 2 at the time of the abstract data cutoff, 89% achieved a CR and 44% proceeded to transplant following treatment with revumenib. The median time to full count recovery, including both neutrophils and platelets was 25.5 days among patients with CR. Among 7 efficacy evaluable KMT2A patients in the Syndax trial at the time of the data cutoff, 100% achieved a CR and the MRD negativity rate was 100% among evaluable patients, 57% proceeded to transplant. At ASH, data from additional patients and follow-up will be presented from both trials. Seeing positive early data from these 2 trials is very encouraging as we near the initiation of the registration-directed REVEAL program, which will evaluate revumenib in combination with intensive chemotherapy in newly diagnosed fit patients with NPM1 or KMT22A. We remain on track to initiate REVEAL by the end of '25 and look forward to providing further updates in due course. Turning to Slide 12. This abstract provides insights into the growing usage of revumenib we are observing in the post-transplant setting. In a retrospective review of 10 pediatric patients with KMT2A or NUP98r acute leukemia who received revumenib maintenance post-transplant at MD Anderson, revumenib was well tolerated with promising early efficacy. Patients received a median of 2 cycles of revumenib prior to transplant and revumenib was initiated at a median of 111 days or roughly 3 to 4 months post transplant, consistent with what we have observed in other data sets. The study planned for continuation of revumenib post-transplant for up to 1 year. Patients had completed a median of 11 cycles post transplant at the time of the data cutoff. One patient continued for 2 years due to parental preference. This highlights the tolerability of Revuforj and reinforces prior feedback we have received from patients and families on the strong desire to stay on therapy that induced remission. At the last follow-up, all 10 patients were alive with no relapses, yielding an estimated 1-year event-free survival of 100%. This is very encouraging results in a population with a high risk of relapse within the first year. The use of revumenib in the post-transplant setting is an area of high clinical interest. In addition to the abstract just discussed, investigators from a different study will present a trial in progress poster describing a Phase I trial evaluating the safety and preliminary efficacy of revumenib as post-transplant maintenance in adult and pediatric patients with NPM1 or KMT2A. This trial, which is actively recruiting at City of Hope and Dana-Farber Cancer Institute is planning to continue revumenib for 2 years post transplant. Turning now to axatilimab on Slide 13. I will briefly highlight 3 axatilimab abstracts that underscore the potential for long-term benefit in recurrent refractory chronic GVHD and the feasibility of combining ruxolitinib in newly diagnosed chronic GVHD. The first abstract shows that 33 of the 239 patients in the pivotal AGAVE-201 trial of axatilimab were still on therapy as of March 2025, with a median of 2.8 years on axatilimab. Long-term data show a continued tolerable safety profile. The second abstract reports the safety and feasibility of axatilimab in patients who had a response at the FDA-approved dose of 0.3 milligrams per kilogram every 2 weeks and then transitioned to a double dose every 4 weeks. Among the 19 patients who switched, the 4-week dosing was well tolerated with a median of 1.7 years on therapy after the dosing change. The third abstract reports interim safety data from 44 patients enrolled in the ongoing Phase II trial of axatilimab with ruxolitinib in newly diagnosed chronic GVHD. The data showed the combination was well tolerated, paving the way for the further development of this potentially steroid-sparing regimen. Importantly, this is 1 of 2 ongoing trials that have the potential to expand axatilimab into the frontline setting in combination with standard of care therapies. In summary, this year's ASH will be another exciting meeting for Syndax. After watching the clinical community's enthusiasm for revumenib and axatilimab grow over the year, it's a pleasure to have the opportunity to share the next wave of data that will help drive forward the next phase of progress for patients. And with that, I will hand over the call to Keith to discuss our financials.