Thanks, Dave. I will now provide an overview of our pipeline progress and plans for the remainder of the year. I'm on Slide 12. Our hematology and oncology pipeline strategy is focused on the clinical development of R289, our novel dual IRAK1 and IRAK4 inhibitor in lower-risk myelodysplastic syndrome, or MDS, and the expansion of olutasidenib beyond relapsed or refractory IDH1 mutated AML into other cancers with IDH1 mutations such as recurrent glioma. Beginning with R289, our Phase 1b study in patients with relapsed or refractory lower-risk MDS is progressing well and enrollment in the dose escalation part of the study was completed in July. We plan to share updated dose escalation data later this year. We remain on track to initiate the dose expansion part of the study in the second half of the year, which will be a randomized comparison of 2 doses of R289 in order to select the recommended Phase 2 dose for future studies. For olutasidenib, we believe it has potential in several cancers where mutated IDH1 plays a role. Regarding our partners, olutasidenib is being evaluated as maintenance therapy in IDH1 mutation-positive glioma by the CONNECT Cancer Consortium and an IDH1 mutation-positive AML and low and high-risk MDS by MD Anderson. We remain open to additional opportunities or collaborations to evaluate olutasidenib in IDH1 mutated cancers. Rigel also remains focused on evaluating potential acquisition and in-licensing opportunities that strategically fit our hematology and oncology portfolio and infrastructure. We're focused on evaluating differentiated assets in hematology, oncology or related areas that are late-stage programs. Now, I'll spend a few moments on R289, our dual IRAK1 and IRAK4 inhibitor. On Slide 14, I'd like to spend a few minutes reviewing the value proposition of R289 in lower-risk MDS. There are about 12,000 previously treated lower-risk MDS patients in the U.S. There's a high unmet need for therapies in this disease area, particularly for transfusion-dependent patients. Disregulation of inflammatory signaling is key to the pathogenesis of lower-risk MDS and IRAK1 and 4 mediate this process. Blocking both IRAK1 and 4 may suppress marrow inflammation and leukemic stem and progenitor cell function and restore normal hematopoiesis. R835, the active moiety of R289, blocks toll-like receptor and IL-1 receptor signaling in vitro and was active in various preclinical models of inflammation. Clinical proof of concept of this anti-inflammatory effect came from a healthy volunteer study in which R835 markedly suppressed LPS-induced cytokine release compared to placebo. As a reminder, R289, which is currently being evaluated in the clinic, is the oral prodrug that is rapidly converted to R835 in the gut. R289 has both Fast Track and Orphan drug designations from the FDA, giving the molecule an expedited regulatory pathway, potential priority review and 7 years of market exclusivity upon approval. Both of these designations underscore the agency's interest in this rare disease, the unmet need of the patient population and the FDA's willingness to collaborate with Rigel in the development of R289. In addition, R289 has thus far demonstrated a promising clinical profile in a Phase 1b study. The initial dose escalation data that were presented at last year's ASH Annual Meeting demonstrated promising preliminary safety and clinical activity in elderly, heavily pretreated patients with relapsed or refractory lower-risk MDS. While I'm here, I wanted to mention that we noted that with the recent data cut, there was a change in status for one patient previously reported with a minor response, that is a reduction in the number of red cell transfusions by more than 50% compared to baseline. We discovered that this patient had received additional red cell transfusions that were not entered into the database at the time of the initial analysis. Thus, this patient is no longer considered a responder. I'll discuss the study design in a moment. On Slide 15, I'd like to update you on several key milestones for the program that we're focused on this year. First, as mentioned, we completed enrollment in the dose escalation part of our ongoing Phase 1b study in July. We remain on track to initiate the dose expansion phase in the second half of this year, potentially within the third quarter. We recently engaged with the FDA to discuss the dose expansion phase and to seek preliminary input on a potential path to registration. We're aligned with the FDA on the dose expansion part of the study, and we'll provide more details on the registrational path following completion of the Phase 1b study and once we've aligned with the agency on the design of our pivotal study. And lastly, we look forward to sharing updated data from the study later in the year. On the next slide, I'll review the study design. This is our multicenter open-label Phase 1b study in patients with relapsed/refractory lower-risk MDS that are either transfusion-dependent or have symptomatic anemia. Initial data from the study was presented at ASH in late 2024. The study aims to evaluate the safety, PK and preliminary efficacy of R289 in this patient population as well as selected dose for future studies. It includes a dose escalation part utilizing a modified 3+3 design evaluating 6 dose regimens of R289 and a dose expansion phase, which will compare 2 doses of R289 head-to-head in order to select the recommended Phase II dose. Once this occurs, we'll open up a cohort of patients to explore upfront dosing of R289 in patients that are relapsed, refractory to or ineligible for ESAs. On Slide 17, I'd like to talk about the treatment landscape for lower-risk MDS. MDS is a clonal disorder of hematopoietic stem cells, leading to dysplasia and ineffective hematopoiesis. The main consequences for patients are anemia and transfusion dependence, which adversely impact quality of life. In addition, infections, iron overload from transfusions and subsequent organ dysfunction all negatively impact the patient. Therapies used in the upfront setting include erythropoiesis stimulating agents, or ESAs, if patients are eligible or luspatercept. Luspatercept and more recently, imetelstat are also approved for ESA failure transfusion-dependent lower-risk MDS patients. Finally, hypomethylating agents or HMAs are also approved. However, the percentage of patients achieving transfusion independence is low. With 8-week transfusion independence rates approaching 40% with luspatercept and imetelstat, there's still a need for safe, effective therapies for transfusion-dependent lower-risk MDS patients that are relapsed/refractory to or ineligible for ESAs. Now, I'll shift focus to our strategic collaborations. As I've mentioned, we have collaborations in place with CONNECT and MD Anderson to evaluate olutasidenib in other cancers harboring IDH1 mutations. I'm now on Slide 19. CONNECT is a global pediatric neuro-oncology consortium that we entered into a collaboration with last year. In CONNECT's TarGeT trial, a molecularly guided Phase 2 umbrella clinical trial for high-grade glioma, the Rigel-sponsored arm of the study called TarGeT-D will evaluate a post-radiotherapy maintenance regimen of olutasidenib in combination with temozolomide, followed by olutasidenib monotherapy in newly diagnosed patients between 12 and 39 years of age with IDH1 mutation positive high- grade glioma. This study is open for enrollment. In addition to this collaboration with CONNECT, we continue to look at other opportunities to expand our studies of IDH1 mutated cancers through our own studies or collaborative partners, including a potential Rigel-led Phase 2 glioma study. We, along with CONNECT, are excited about olutasidenib's potential to provide a much needed new treatment option to this underserved patient population with significant unmet need. On Slide 20, we summarize our strategic alliance with the MD Anderson Cancer Center to advance olutasidenib more broadly into AML, MDS and beyond. All 4 studies within this collaboration are open for enrollment, and we look forward to sharing updates in the future. Now, I'll pass the call to Dean to discuss our partnered program with Eli Lilly and our financial results for the quarter. Dean?