Thank you, Richard. I want to start off by highlighting our rapidly advancing pipeline on Slide 9, which includes three pivotal Phase III trials with selinexor that are enrolling in multiple indications of high unmet need. In addition, we are evaluating our second sign compound eltanexor in myelodysplastic neoplasms. As seen on Slide 11, we are expanding our multiple myeloma franchise with an important ongoing Phase 3 trial that is evaluating selinexor at the low dose of 40 milligrams in combination with a well established backbone therapy of pomalidomide and dexamethasone. Patients with relapsed refractory multiple myeloma, who have received an anti-CD38 antibody as their most recent therapy are randomized one-to-one to the oral regimen of selinexor, pomalidomide and dexamethasone or elotuzumab, pomalidomide and dexamethasone. The primary endpoint is progression-free survival. The potential approval of this combination could lead to the only all oral potentially T-cell sparing regimen for patients with relapsed refractory multiple myeloma. On Slide 13, advanced and recurrent endometrial cancer is the most common form of gynecologic cancer in the United States, with the current treatment landscape primarily consisting of first line chemotherapy with the platinum and taxane. Upon completion of chemotherapy, patients are observed until disease progression. This approach clearly needs improvement given that the 5-year survival rate in this patient population is only 17%. As selinexor is administered orally and maintenance therapy is well established in other cancer types, we believe selinexor has the potential to offer a maintenance option in TP53 wild-type patients and meaningfully improve the overall clinical benefits for these patients. As seen on Slide 14, endometrial cancer treatment will ultimately be based upon patient’s individual molecular classification, including assessment of their microsatellite instability and T53 status. Of the approximately 16,000 patients diagnosed with advanced or recurrent endometrial cancer in the United States, roughly 50% of advanced or recurrent tumors are classified as TP53 wild-type. Within the subgroup, 70% of patients are microsatellite stable or MSS and 30% are microsatellite unstable, or MSI high. The long-term follow-up data observed from the pre-specified exploratory TP53 wild-type subgroup analysis from the SIENDO trial, which evaluated selinexor as a maintenance therapy reinforces our rationale and ongoing confidence in the current Phase 3 EC-042 trial. Long-term follow up data from the SIENDO trial recently presented at the virtual ASCO plenary series on July 25 is seen on Slide 15 with a median follow-up of 25 months for the TP53 wild-type exploratory subgroup. The median PFS for the selinexor arm is now 27.4 months compared to 5.2 months in those patients receiving placebo. The hazard ratio for the subgroup is 0.42, representing a 58% decrease in the risk of disease progression or death. Patients whose tumors are either TP53 mutant or aberrant and treated with selinexor demonstrated the median PFS of only 4.2 months. These data show that the potential clinical benefit achieved with selinexor is isolated to women whose tumors are TP53 wild-type and demonstrate that TP-53 wild type has the potential to be a robust biomarker. As we turn to Slide 16, patients with TP53 wild-type endometrial cancer were further classified by microsatellite instability status, given the growing importance of this diagnostic marker in endometrial cancer. While potential PFS improvements were seen regardless of microsatellite instability status, most notable is the signal of a 68% decrease in the risk of disease progression or death corresponding to a hazard ratio of 0.32 and immediate PFS that has not been reached in those patients whose disease is P53 wild-type and MSS. These data are important given the evolving data observed from the checkpoint inhibitors which continue to show that the greatest clinical benefit is observed in the minority of patients whose disease is MSI-high. As seen on Slide 17, we believe that the AE profile of selinexor is generally manageable as a maintenance therapy. The most common treatment emergent adverse events seen in the TP53 wild-type exploratory subgroup were nausea, vomiting and diarrhea. And overall Grade 3/4 treatment emergent adverse events were rare, with the most common being neutropenia, nausea and thrombocytopenia. No Grade 5 treatment emergent adverse events were observed. Treatment emergent adverse events incidence in severity were generally similar in the subgroup of patients whose tumors are either TP53 mutant or aberrant. Turning to Slide 18, given the data we observed in the exploratory subgroup of TP53. wild-type endometrial cancer, we see an opportunity to transform the treatment paradigm for endometrial cancer given the signal of approximately fivefold increase in the time to disease progression or death compared to placebo. The data in the P53 wild type MSS is especially notable in light of first line endometrial cancer trials evaluating the efficacy of checkpoint inhibitors. While some of those trials evaluated the efficacy of checkpoint inhibitors in both the treatment and maintenance settings, they demonstrate that the overwhelming benefit is largely observed in those patients whose disease is MSI high. Given that 70% of patients whose disease with MSF do not achieve the same degree of benefit with these immunotherapies. And in light of the recent approval of Dostarlimab, in combination with chemotherapy and first one endometrial cancer, whose disease is MSI high, we anticipate that the majority of solid XOR will be administered to patients classified as P53 wild-type MSS. Pending the successful approval of selinexor. This highlights the importance of molecular testing early in a woman’s endometrial cancer diagnosis as novel therapies transformed treatment opportunities for these women. On Slide 19 are details in our actively enrolling EC-042 two pivotal Phase 3 study evaluating selinexor as a monotherapy for patients with TP53 wild type, advanced or recurrent endometrial cancer. Study utilization utilizes foundation medicines tissue-based next generation sequence test to identify patients and enroll approximately 220 women whose tumors are TP53 wild-type. Patients are randomized in a one to one manner to receive either once weekly selinexor at a dose of 60 milligrams, or placebo. Ultimately, this trial will enable the development of a companion diagnostic and we anticipate the approval of the companion diagnostic would occur at the same time as selinexor, if approved, the study’s primary endpoint its progression-free survival with the key secondary endpoint of overall survival. The study is the collaboration between Karyopharm and ENGOT, the European Network for Gynecological Oncological Trial Group and GOG, the Gynecology Oncology Group. Given that this is an event driven trial, we currently anticipate top line data readout in late 24 to early 2025. Turning our attention now to myelofibrosis on Slide 21, we are excited to announce that the FDA has recently granted fast track designation to selinexor to the treatment of patients with myelofibrosis. This designation emphasizes the high unmet need for new therapies and novel mechanisms of action given that the efficacy with the current standard of care is limited, with less than 50% of patients achieving SVR35 and TSS50. Furthermore, in subgroups such as men and those who start on a low dose of Ruxolitinib, efficacy is even lower with only approximately 25% of patients achieving an SVR35 at week 24. On Slide 22, you can see the Phase 1 trial design of our frontline myelofibrosis study, evaluating the combination of selinexor and ruxolitinib in patients with treatment-naive myelofibrosis. We presented updated Phase 1 data at the ASCO and EHA conferences in June 2023 which can be seen on Slide 23. In the table, you can see that the SVR35 and TSS50 results 60 milligrams selinexor. In the ITT population, the SVR35 rate at week 24 achieved with the low dose of selinexor was 79%. Furthermore, these reductions occurred rapidly with the 71% SVR35 rate observed at week 12. At week 24 TSS50 was observed in 58% of patients. Here as well you see rapid improvement symptoms, with approximately 67% of patients achieving a TSS50 as early as week 12. The rapid deep and sustained efficacy observed with selinexor or in combination with Ruxolitinib substantially improved the potential benefit that JAK-naive myelofibrosis patients may achieve. These data underscore our conviction on our ongoing Phase 3 study as seen on Slide 24 that was initiated in June, the trial will enroll 306 symptomatic intermediate and high risk JAK naive myelofibrosis patients. Patients will be randomized two to one to Ruxolitinib plus selinexor or ruxolitinib plus placebo. We anticipate top line results in 2025. Given the important subgroup data and patients who receive sub optimal doses of Ruxolitinib as presented at ASCO and EHA, we are planning to initiate a Phase 2 trial evaluating selinexor as a monotherapy and JAK naive patients with the baseline platelet count between 50 to 100,000. This is a uniquely high unmet need patient population with limited treatment options available. This trial will allow investigators to add on ruxolitinib or pacritinib at either week 12 or week 24 in the event suboptimal responses to selinexor are observed. This trial coupled with the ongoing Phase 3 has the potential to transform treatment of myelofibrosis patients and embed selinexor as a backbone therapy for treatment naive myelofibrosis. With that, please turn to Slide 25. And I will now hand it over to Sohanya for a review of our commercial performance for the quarter.