Thank you, Richard, and good morning, everyone. On Slide 8, you can see our very promising late-stage pipeline with selinexor in 3 Phase III studies, all of which incorporate selinexor doses at 40 or 60 milligrams once weekly. Turning our attention to Endometrial Cancer on Slide 10. Endometrial cancer is a key focus in our pipeline given the high unmet need and substantial benefit observed in patients whose tumors are p53 wild-type. Advanced and Recurrent Endometrial Cancer is the most common form of gynecologic cancer in the United States with approximately 16,000 patients diagnosed each year. The evolving treatment landscape is being driven by molecular classifications. Today, for dMMR patients who represent approximately 20% of advanced recurrent Endometrial Cancer, the new FDA-approved standard is dostarlimab in combination with chemotherapy, followed by dostarlimab maintenance. For pMMR, which represents the remaining 80% of patients, the primary treatment option is chemotherapy followed by watch and wait. Despite the availability of the checkpoint inhibitors, given the limited efficacy achieved with these agents in this molecular subgroup, TP53 wild-type represents a potentially unique but fundamental biomarker as it is found in the majority of all advanced recurrent Endometrial Cancer. As seen on Slide 11, patients whose tumors who are both pMMR and p53 wild-type represent 40% to 55% of all Advanced and Recurrent Endometrial Cancer patients. The long-term follow-up data from the TP53 wild-type subgroup of the SIENDO trial, which evaluated selinexor as a maintenance therapy has generated substantial enthusiasm from the medical community and highlights selinexor's potential to meaningfully improve outcomes for patients with TP53 wild-type Endometrial Cancer. With the paradigm shift underway, opinion leaders confirm there is a clear unmet need for patients whose tumors are p53 wild-type and emphasize the opportunity for new agents. On Slide 12, you can see this long-term follow-up data with selinexor treatment. After completion of approximately 6 months of chemotherapy, showed a median PFS for selinexor of 27.4 months and 5.2 months for placebo corresponding to a hazard ratio of 0.41. These robust subgroup data demonstrate the potential to provide substantial benefit to a unique and sizable population defined by p53 status, which directly ties to selinexor's mechanism of action given that XPO1 inhibition retains p53 within the nucleus thus enhancing cell kill. As shown on Slide 13, the benefit observed with selinexor in the pMMR subpopulation is even more impressive with a hazard ratio of 0.32 and a median PFS that has not been reached as of our most recent data cutoff presented. These efficacy data, coupled with a generally manageable side effect profile suggests that oral selinexor is uniquely positioned as an optimal maintenance therapy where convenient, tolerability and meaningful efficacy in a precise patient population are the hallmarks of the maintenance option. We look forward to the oral presentation at the ASCO meeting in June where additional follow-up data and new analyses from this important TP53 wild-type subgroup will be reported. On Slide 14, you can see the design of our EC-042 pivotal Phase III study, which will enroll approximately 220 women whose tumors are TP53 wild-type. We look forward to presenting top line results from this pivotal trial in the first half of 2025. Let's now move to myelofibrosis. As you can see on Slide 16, ruxolitinib remains the standard of care for the majority of JAK-naive patients. However, there is an opportunity to improve benefit given that the efficacy with ruxolitinib is limited with only about 35% of patients achieving an SVR35 or less and half of those patients achieving a meaningful symptom improvement. XPO1 inhibition is a fundamental mechanism in myelofibrosis, given that it targets both JAK and non-JAK pathways, underscoring selinexor additive, if not potentially synergistic activity when dosed in combination. As you can see on Slide 17, we presented updated data last year from our trial, evaluating selinexor 60 milligrams with ruxolitinib in JAK-inhibitor-naive patients. Amongst the 14 patients enrolled to the selinexor 60-milligram dose, a 78% SVR35 at week 24 was observed in the ITT population. Importantly, amongst the evaluable patients, 100% achieved an SVR35 at any time. As we move to Slide 18, when we look at SVR35 and TSS50 together, we see that 50% of patients experienced both of these responses at week 24 and 75% experienced both SVR35 and TSS50 response at any time. On Slide 19, both TSS50 absolute TSS showed very meaningful improvements at week 24. 58% of the ITT and 78% of the efficacy evaluable achieved a TSS50 response. For Absolute TSS, an average 18.5 point improvement was observed in the efficacy-evaluable population at the same time point. Compare these historical ruxolitinib data where TSS50 was observed in 42% to 46% of ruxolitinib treated patients and the average TSS improvement was 11 to 14 points. All symptom domains were substantially improved with selinexor combination and showed that pro-inflammatory cytokines demonstrating rapid deep and sustained reductions relative to baseline. Taken together, these data validate that the novel combination of selinexor plus ruxolitinib has the potential to maximize symptom improvement relative to ruxolitinib alone in the ongoing Phase III study. The subgroup analysis shown on Slide 20, which depicts SVR35 and TSS50 responses despite treatment with suboptimal doses of ruxolitinib is suggestive of potential monotherapy activity. Further demonstrate selinexor's potential fundamental role in myelofibrosis and to build upon the growing data demonstrating monotherapy activity in both treatment-naive and JAK-exposed myelofibrosis patients we have initiated the SENTRY-2 Phase II trial, as you see on Slide 21, this trial will include treatment-naive myelofibrosis patients with moderate thrombocytopenia and is the potential to entrench selinexor as a foundational therapy in approximately 90% of treatment-naive myelofibrosis patients. As the body of our data grow and positively evolve, we see increasing interest from the medical community on the potential of selinexor in myelofibrosis. We maintain a high level of confidence in our ongoing Phase III shown on Slide 22 which evaluates the combination of selinexor 60 milligrams with ruxolitinib versus ruxolitinib alone in 306 JAK-naive myelofibrosis patients. We remain on track to report top line results in the second half of 2025. Turning now to Multiple Myeloma. There is a growing need being discussed amongst myeloma thought leaders to identify and incorporate therapy as early into a patient's treatment journey. That do not deteriorate a patient's T cell levels and which can be used pre and post T cell redirecting therapies such as bispecifics and CAR-Ts. We have been building a body of evidence around selinexor's role in preserving cytotoxic T cell function. As seen on Slide 24, we are further evaluating the effect of selinexor on the immune environment through preclinical, translational and real-world data as well as clinical trials. We have also been hearing encouraging feedback on the positive evolution of XPOVIO, its effectiveness and tolerability at the lower doses and real-world outcomes observed with decent combination with a well-established backbone therapy of pomalidomide and dexamethasone. Being on Slide 25, we are evaluating selinexor at the low dose of 40 milligrams with this combination in our ongoing Phase III trial post anti-CD38 antibodies. We expect to report top line data from this trial in the first half of 2025. In summary, we have near-term late-stage opportunities supported by compelling data in our rapidly advancing pipeline that will potentially benefit multiple cancer patient populations of high unmet need building upon our approved indications. With that, I will now hand it over to Sohanya to review our commercial highlights.