Thanks, Harout. And thanks to all of you on the line for joining our call today. As Harout mentioned, we expect to report top line results of our Phase III trial by the end of Q2 2024. At that time, we'll have a clinically mature data set for time-based primary analysis of overall survival if the 295 survival events that trigger primary analysis are not already reached by that time. Median follow-up for our Phase III trial of uproleselan in relapsed and refractory AML stands now at 33-months and will be greater than three years at time of primary analysis, that's unprecedented for a therapeutic trial in relapsed and refractory AML. Also, a substantial majority of surviving study patients received hematopoietic cell transplantation and a primary analysis, a large majority of them will be at least two years out from their transplant. After two years post-transplant, disease relapse becomes infrequent. So with at least two years of post-transplant follow-up for almost all transplant recipients, we're confident that our time-based primary analysis will provide adequate trial duration to demonstrate uproleselan benefit if present. Our biologic hypothesis is that adjunctive uproleselan will lead to deeper, more durable AML disease responses that help more people to and through potentially curative hematopoietic cell transplantation. This effect may occur irrespective of specific gene mutations cytogenetic risk or treatment backbone. Correspondingly, uproleselan clinical activity is seen in both newly diagnosed and relapsed and refractory AML. Importantly, uproleselan appears to generate a notably unremarkable safety profile, adding no additional toxicity when combined with other therapies. So we are optimistic that uproleselan may one day be safely combined with diverse other therapies that are broadly useful for most or all AML patients. Partner and independent investigator studies are further exploring potential benefit of uproleselan across AML subtypes. Most importantly, a randomized NCI Phase II/III trial conducted by the Alliance for Clinical Trials in Oncology is evaluating uproleselan in newly diagnosed older patients with AML who are fit for intensive chemotherapy. This trial completed Phase II randomization of 267 patients in December 2021. Phase II analysis of event-free survival has been pending since then, now almost two years since enrollment completion. And NCI recently confirmed to us that the event trigger for analysis hasn't yet been reached. For reference, the Phase II portion of this trial was designed to demonstrate prolongation of median event-free survival from seven to 11 months. We look forward to learning Phase II results when available. Significantly, NCI expanded our collaboration and now also supports a children's oncology group Phase I study conducted by their Pediatric Early Phase Clinical Trial Network. This dose escalation trial will assess safety, pharmacokinetics and preliminary clinical activity of uproleselan plus chemotherapy in pediatric patients with relapsed or refractory AML. We're glad to announce that the first patient enrolled to this study in October. Another investigator-initiated trial led by Dr. John Horan from the Dana Farber Cancer Institute and Boston Children's Hospital also dosed its first patient earlier this year. Dr. Horan's trial is evaluating uproleselan with a pre-transplant regimen for pediatric and adult AML patients up to 39-years old. Today, we announced that at ASH in December, researchers from MD Anderson Cancer Center will present updated trial data on uproleselan in treated secondary AML. This rare, very high-risk study population is defined by prior chemotherapy treatment of an antecedent hematologic disorder. Prognosis is abysmal with expected median survival of less than five months. In the trial at MD Anderson, investigators sought to generate a safe approach to marrow blast reduction, disease control and potential for transplant by combining uproleselan with low-intensity chemotherapy of cladribine and cytarabine. Banned prognostic features in the study population include adverse cytogenetic risk and prior hypomethylating agent use in all evaluable patients and prior hematopoietic cell transplantation in 25% of them. Among 18 evaluable patients as of data cutoff, there were minimal therapy-related toxicities, 72% showed a reduction in bone marrow blasts and one patient had a potentially curative transplant. These results in this notoriously difficult to treat disease underscore broad potential utility of uproleselan across the AML spectrum. In addition, researchers from Washington University will present at ASH safety and signal generating data from their trial of uproleselan to reduce GI toxicities of melphalan chemotherapy given before transplant for multiple myeloma. Beyond uproleselan, we also made progress in our Phase Ia single ascending dose trial of GMI-1687, a second-generation E-selectin antagonist. We will evaluate GMI-1687 as a potential outpatient, self-administered subcutaneous therapy to interrupt sickle cell vaso-occlusive crises. E-selectin plays a key mechanistic role in early progression of such acutely painful pathologic events. And if successful, GMI-1687 offers potential for a point of care patient-controlled treatment option at time of pain onset. In addition to patient benefit from pain control, such a point of care therapy has potential to reduce emergency room visits and hospitalizations of recipients. As mentioned, we expect to have safety data in hand from this healthy volunteer study by the end of Q1 2024. Now I'll turn it over to Brian for a review of financial results.