Thank you, Harout. Just to underscore what Harout said, we believe we will complete enrollment of our own registration trial in relapsed/refractory AML in the days to come. As we approach completion of enrollment, we have been coordinating with our investigators across 70 sites in 9 countries to ensure a seamless closure of patient enrollments. Additionally, we have shifted our focus from enrollment to data collection and data cleaning so that we can plan to have the entire database ready for lock in advance of the event - final event trigger. We are making excellent progress on this front. I would like to take this opportunity to thank all of our clinicians, our research nurses, trial coordinators and our GlycoMimetics clinical operations team for enabling a timely enrollment, particularly in a challenging COVID environment. Additionally, I'd like to provide detail on what it means for the NCI to be nearing completion of the enrollment of the Phase II portion of its study. As you know, the NCI's Phase II/III trial is evaluating uproleselan in newly diagnosed patients 60 years or older with AML. More specifically, with a randomized controlled trial design, they are looking to see whether the addition of uproleselan to a standard cytarabine/daunorubicin 7+3 regimen in older adults with previously untreated AML fit for chemotherapy will improve patient outcomes. Completion of enrollment of 262 patients will trigger a planned interim analysis based on event-free survival. There are 3 potential outcomes from the planned interim analysis. The trial could stop due to efficacy with a hazard ratio of 0.64 or better. The trial could proceed to Phase III to gain more data on overall survival with the combination or the trial would not proceed to Phase III due to a lack of benefit. For additional details on the NCI's protocol for data analysis, please refer to the poster presented by the alliance in 2019 at ASH, which is published on GlycoMimetics website under Publications. Since this is an independent study, the progress of which is communicated to us by the NCI on a very high level, we're unable to give you a sense of timing on readout of EFS or top line results at this time. We do expect enrollment to complete imminently. We'll have to wait until the NCI shares the results of its internal projection. Before I hand it back to Harout, I'd like to provide my own perspective on the recently released BLOOD publication of our Phase I/II trial in AML. First, while there have been a number of approvals in AML over the past couple of years, single-agent targeted therapies based on AML genetics have not resulted in deep and durable responses in the majority of patients. What has become clear is that drug combinations are needed and must target both intrinsic mutational factors as well as extrinsic microenvironmental factors. Intrinsic refers to the molecular changes that are inherent to the tumor cell that drive chemo resistance, such as BCL2 overexpression, p53 mutations, et cetera. Extrinsic resistance is present regardless of molecular subtype and is mediated by interaction between the leukemic cells and the bone-marrow microenvironment, such as E-selectin. Simply put, leukemia lives in the bone marrow, and we must disrupt tumor stromal interactions in addition to chemotherapy and targeted agents, if we expect to have any hope of further improving outcomes in this patient population. By targeting the E-selectin - E-selectin ligand access in the bone marrow that drives leukemic niche hijack, uproleselan represents a new approach for disrupting an extrinsic factor of chemo resistance. This novel extrinsic approach with uproleselan was shown in our Phase I/II trial to result in the following 4 main findings: first, a high remission rate was seen compared to experiences with salvage chemotherapy alone. In the population enrolled in the Phase I/II trial, 41% achieved a CR or CRI with the addition of uproleselan, compared to a 20% or 25% expected response with chemo alone. Of note, 35% of patients achieved a full CR, which highlights the quality and depth of the response. Second, a majority of the evaluable patients who achieved CR achieved MRD negativity. I'd like to underscore the high rate of MRD negative full CRs, which has been shown to be the strongest predictor for overall survival in AML. Third, a high percentage of responding patients underwent a subsequent transplant. Of the 22 patients achieving a CR or CRi, half went on to a potentially curative allogeneic transplant. This suggests that the activity and, importantly, the safety of the addition of uproleselan as induction therapy allowed patients to get to transplant in a deep response and with a preserved performance status, both critical factors for success of transplantation. Finally, all of this accumulated in a prolonged survival, which is a great outcome. I urge you to read the BLOOD article as it provides the basis as to why we are confident in the results in the ongoing Phase III programs. I'll now turn things back to Harout.