Thank you, Spiro. In the 065-101 Phase I/II study with fadra, we have enrolled 26 patients so far. Fadra has been well tolerated, and anticancer activity has been observed, including PR in 2 out of 3 T-cell lymphoma patients, treated and stable disease in 15 solid tumor patients. Of these 15 patients, 4 out of 4 had gynecological cancer, including endometrial, ovarian and cervical; 2 out of 2, cholangiocarcinoma or biliary tract cancers; 2 out of 2, hepatocellular; 2 out of 2, prostate; 1 out of 2, head and neck; 1 out of 1, pancreatic; and 1 out of 1, colorectal cancer. Fadra has a unique activity profile inhibiting both CDK2 and CDK9, which together complement one another, leading to enhanced antitumor activity compared to either CDK2 or CDK9 alone. We have been able to maintain continuous inhibitory pressure on the tumor cells with twice daily dosing 5 days a week without hematologic toxicity at the current dose level. We are one patient away from completing the dose escalation segment of the study and expect to declare the RP2D shortly. We are also studying the PK and PD results and have identified mutational and molecular patterns on NGS and RNA-Seq that may be predictive of clinical activity. This exciting data may guide patient selection for the Phase II segment of the study. The mutational profile we identified is frequently observed in many large tumor populations. The design of the 065-101 study provides for a rapid transition to Phase II and the opportunity for multiple catalysts through 2024, leading to registration pathways. As a reminder, the protocol provides for 7 independent cohorts by tumor type and an eighth basket cohort defined by relevant biomarkers. We have added major clinical sites in the U.S. and one more overseas to our current Phase I sites in order to rapidly achieve our enrollment objectives. Let us now turned to our PLK1 inhibitor program. We are very excited that plogo has emerged as a new oral PLK1 inhibitor with novel epigenetic activity when given continuously at low doses. In our 140-101 study, we are evaluating plogo in escalating doses as a treatment for patients with advanced solid tumors and lymphomas. We have enrolled 14 patients so far, currently enrolling dose level 5. In dose levels 1 through 5, plogo is administered once daily by mouth for 5 consecutive days, either for 2 weeks out of 3 or 3 weeks out of 3. With this novel dosing approach, we have observed anticancer activity in patients with biliary tract non-small cell lung, ovarian and other tumor types, with no drug-related SAEs thus far. In our preclinical program, we have identified that plogo acts through a novel epigenetic mechanism. This epigenetic activity may have a crucial role in the presence of certain common tumor mutations. Patients carrying these mutations are frequent in several large tumor populations. Following these findings, we have entered into scientific collaborations with major global research centers to help further characterize this novel activity of plogo and define the tumor subsets that will benefit the most from this approach. As additional data corroborate these findings, we may enroll in the future, possibly as an expansion of our current Phase I/II study, 1 or more patient cohorts specifically selected on the basis of such biomarkers. I will now turn the call over to Paul to review our second quarter and financial results.