Turning to Slide 10, as Richard mentioned, we are focused on delivering top-line data from our Phase 3 SENTRY Trial in myelofibrosis in the second half of this year. Let's start by reviewing the unmet need in JAK naïve myelofibrosis on Slide 12. Selinexor's potential to help patients with myelofibrosis and our opportunity to redefine the standard of care as the first combination therapy. First, I think it is a helpful reminder that only approximately one-third of patients achieved a spleen volume reduction of greater than 35% with Ruxolitinib alone. As we have shared before, our Phase 1 data show that Selinexor plus Ruxolitinib more than doubles that SVR35 rate. Second, there has been a lack of new treatment options given that JAK inhibitors are the only approved class of therapies. Ruxolitinib has been the standard of care for over 13 years. As the potential first combination therapy in myelofibrosis Selinexor plus Ruxolitinib would be a convenient all-oral therapy that the myelofibrosis community has clearly indicated interest in adopting, given the rapid, deep, and durable spleen reductions in symptom improvement observed from the Phase 1 study. Third, there is minimal evidence of disease modification with JAK inhibitors. As we have discussed in the past, along with the additive, it's not potentially synergistic clinical efficacy observed with Selinexor and Ruxolitinib, the combination also has the potential to enable disease modification. Let's now discuss why we believe Selinexor as an XPO1 inhibitor is a rational mechanism to evaluate in patients with myelofibrosis starting on Slide 13. Selinexor prevents the nuclear XPORT of various proteins in messenger RNA molecules. By doing so, it promotes the nuclear localization and activation of p53, an important tumor suppressor in MF, given that approximately 95% of myelofibrosis patients are p53 wild type. We'll review our data in myelofibrosis momentarily, but before we do, I think it is worth remembering that in long-term follow-up analysis from SIENDO, a shown on Slide 14, a median progression-free survival of 28.4 months was observed in those patients with p53 wild type endometrial cancer. These clinical data further demonstrate the benefit that Selinexor can achieve in tumors that are p53 wild type. Moving to the data from our Phase 1 trial, evaluating Selinexor and Ruxolitinib in JAK naive myelofibrosis patients is outlined on Slide 15. Amongst the 14 patients who received Selinexor 60 milligrams plus Ruxolitinib, all the value patients achieved in SVR35 at any time, and 79% of patients in the ITT population achieved an SVR35 at week 24. Clean volume reduction is viewed as one of the most important factors by treating physicians given its correlation to overall survival. Turning to Slide 16, durability of response is also a key efficacy measure relevant to JAK naive patients. Our Phase 1 data demonstrate a 100% probability of continuing response for both SVR35 and TSS50 over a median duration of follow-up of 32 weeks and 51 weeks respectively. This is particularly meaningful as it suggests that once patients achieve a response, they remain in response. This is the reason why leading physicians have indicated that the combination of Selinexor plus Ruxolitinib should be initiated in all JAK naive myelofibrosis patients, pending the outcome of our Phase 3 SENTRY Trial. On Slide 17, the shift to absolute total symptom score as a co-primary endpoint increases our overall confidence in the Phase 3 SENTRY Trial. Using absolute TSS to assess the average improvement in symptoms over 24 weeks has gained support from the FDA investigators and patient advocacy groups and is a more sensitive method to assess symptom improvement in myelofibrosis. On Slide 18, the depth of symptom improvement with 60 milligrams of Selinexor plus Ruxolitinib in our Phase 1 trial can be seen in comparison to historical data from Ruxolitinib monotherapy. The average reduction which signifies improvement in absolute TSS of 18.5 points with our combination compares favorably to the average of 11 to 14 point reduction that have been observed with Ruxolitinib alone in prior Phase 3 clinical trials conducted by others. The rapid, deep, and durable findings observed with SVR35 is also observed with average TSS as seen on Slide 19. This was seen as early as week four despite any side effects that the patients may have experienced from the treatments. These symptom improvements continued through week 24 demonstrating meaningful sustained symptom improvement for the entire six-month duration evaluated. For the adverse events experienced, the most common were nausea, anemia, thrombocytopenia, and fatigue. Even with this you see very meaningful improvements in symptom scores over time. Turning to Slide 20, we continue to make strong progress towards our goal of enrolling 350 patients into the SENTRY Trial and remain on track to complete enrollment in the first half of this year. In summary on Slide 21 I am eagerly anticipating the data from the SENTRY Trial in the second half of 2025. Our clinical data thus far has shown deep spleen volume reduction over two times what has been seen with Ruxolitinib monotherapy. Robust symptom improvement, durable responses, a well-established safety profile with approximately 30,000 patients treated across multiple indications, and the potential for patient convenience with an all-oral combination. Now let's shift our focus to endometrial cancer, where we are providing an important update on our plans for our Phase 3 trial following dialogue with the FDA over the past few months on the evolving treatment landscape. The key highlights are on Slide 23. As you may recall, our original design for this trial involved enrolling 220 patients with p53 wild-type endometrial cancer, regardless of MMR status. In late 2024 and early 2025, we had productive discussions with the FDA, during which the FDA recommended we take into account the evolving standard of care, specifically checkpoint inhibitors that were approved in combination with chemotherapy, followed by checkpoint inhibitor maintenance for patients with advanced recurrent endometrial cancer. In addition, the FDA acknowledged that the efficacy observed in the pMMR tumors is less than in dMMR tumors, consistent with the biology and mechanism of this class of therapies, and suggested that we focus our trial population on patients with pMMR tumors. In light of this suggestion, we are introducing a new modified intent-to-treat population that will consist of approximately 220 patients with pMMR tumors, or patients who have dMMR tumors but are medically ineligible to receive checkpoint inhibitors. Although this latter group may be small, we are including them given that this patient population has no other treatment options, as well as the encouraging data from the SIENDO subgroup indicating that patients with p53 wild-type tumors may benefit from Selinexor regardless of MMR status. Given that roughly approximately 80% of patients enrolled today meet the new eligibility definition, the ITT population will now enroll approximately 276 patients, which will enable us to maintain approximately 220 patients in the mITT population, which are again, p53 wild-type pMMR or dMMR medically ineligible to receive a checkpoint inhibitor. As a result of the increased trial size, we now expect to have top-line data in mid-2026. We believe that the changes that we plan on implementing may provide us with the data we need to seek regulatory approvals in the United States and globally. Now let's revisit why p53 wild-type is such an important biomarker that we believe can accurately identify patients who will benefit from Selinexor therapy on Slide 24. Selinexor primarily functions by blocking the XPORT of p53 from the nucleus to the cytoplasm. When p53 accumulates in the nucleus, it leads to disrupted DNA repair processes, cell cycle arrest, and increased apoptosis. This mechanism is underscored by the antitumor effects in p53-dependent tumors, specifically in endometrial cancer. As seen on Slide 25, patients with both pMMR and p53 wild-type tumors make up approximately 50% of all advanced or recurrent endometrial cancer cases, representing a very sizable group of patients. On Slide 26, from the long-term follow-up of the SIENDO Exploratory Subgroup data, Selinexor has the potential to provide promising outcomes for advanced recurrent endometrial cancer patients with p53 wild-type pMMR tumors with a median PFS benefit of 39.5 months observed with Selinexor compared to the 4.9 months observed with placebo, corresponding to a hazard ratio of 0.36. Although we acknowledge the limitations of cross-trial comparisons, it's important to note that the PFS improvement with Selinexor in this subgroup exceeds the median overall survival achieved by checkpoint inhibitors in pMMR patients, emphasizing Selinexor's substantial efficacy for these individuals. The safety data in endometrial cancer patients from the SIENDO trial is displayed on Slide 27. It's important to note that the adverse events associated with Selinexor were generally manageable and well-tolerated. Nausea, vomiting, and diarrhea were the most frequently observed adverse events, regardless of grade. Notably, prophylactic dual anti-emetics were not incorporated into the SIENDO Trial, whereas dual anti-emetics for the first two cycles are required in EC-042 and all of our Phase 3 trials, including SENTRY. We anticipate the safety profile from our Phase 3 trials will be improved given the incorporation of these anti-emetics, as well as the lower starting doses of Selinexor. I remain encouraged with the potential of Selinexor to achieve clinically meaningful outcomes in the maintenance setting for patients with p53 wild-type endometrial cancer. On Slide 28, we outlined the updated study design for our XPORT-EC-042 trial, consistent with the key changes that I highlighted earlier. Given these changes and the increased number of patients we plan to recruit, we expect to report top-line data in mid-2026. Lastly, our Phase 3 EMN SPd trial is outlined on Slide 30. This trial aims to address the unmet needs of patients with multiple myeloma by offering an all-oral triplet treatment option that could also benefit those undergoing pre and post-T cell engaging therapies. We have completed enrollment in this trial with approximately 120 patients and intend to provide an update once we have concluded our engagement with regulatory agencies on this trial. I will now turn the call to Sohanya.