Thank you, Rachel. I'd like to begin by providing context for the three investigator-sponsored trials. We're often asked why ISTs are important. First and foremost, these trials provide GlycoMimetics with an opportunity to extend the potential use of uproleselan in key areas of unmet need. Investigators see in real-time both how newly approved therapeutics are working and how even advances often leave continued opportunities for improving patient outcomes. Our Phase 3 in relapsed/refractory AML and the NCI's trial in newly diagnosed AML addressed those patients undergoing intensive chemotherapies. As you know, with increasing frequency, older patients with AML and those with significant comorbidities are alternatively treated with less intensive therapeutic regimens, such as the combination of venetoclax and the hypomethylating agent. Despite the progress seen with the venetoclax HMA regimen and other molecularly targeted agents, investigators are seeing limitations in terms of the depth and durability of responses. In particular, patients with adverse risk features, including patients with secondary AML, and in those with specific poor risk biological profiles are not achieving high MRD negative responses, leading to early relapses. This is where uproleselan may have an important role and is the focus of our two ISTs in additional high unmet need frontline AML populations. The first IST in AML is being conducted at the University of California Davis and was announced in July. This trial is especially exciting and that we anticipate that it will shed light on what we believe is an important opportunity to further improve outcomes by combining our drug with the venetoclax HMA regimen. Although, uptake of venetoclax HMA in the frontline unfit AML setting has been strong and while 60% to 70% of patients achieve a response, the responses are incomplete in approximately half the patients. As discussed earlier, only a minority of patients achieve an MRD negative response, reducing durability and leading to relapse. A strong scientific rationale for adding upro was demonstrated in preclinical studies done at the MD Anderson Cancer Center and reported at last year's ASH meeting. This research showed that the addition of uproleselan completely restored sensitivity in the xenograft model using cells from a patient that was resistant to venetoclax and hypomethylating agent. Additional preclinical data has also demonstrated that prior exposure to HMAs increases the expression of E-selectin ligand on the surface of blast cells, making them more resistant to chemotherapy and more likely to benefit from treatment with the addition of uproleselan. The UC Davis IST will be the first clinical trial to potentially generate human data supporting our preclinical findings. Importantly, given the safety profile we have seen so far in our Phase 1-2 data, we believe that uproleselan may be one of the few drugs that in the chemo combinations actually improves outcomes without adding incremental toxicity. Among the study endpoints will be the critical evaluation of the improvement in patients achieving a full CR and an MRD negative CR compared to rates reported with azacitidine plus venetoclax alone in the VIALE-A registration trial. In late July, we also announced a second IST in AML, a Phase 1b-2 study evaluating uproleselan added to cladribine plus low-dose cytarabine in patients with treated secondary AML. The principal investigator is Tapan Kadia, an Associate Professor of Leukemia at The University of Texas MD Anderson Cancer Center. Patients with treated secondary AML, meaning those who received HMAs as part of treatment for a prior myelodysplastic syndrome have an extremely poor prognosis with current therapies. This is a growing population of patients as the use of HMAs continues to increase in MDS. As noted previously, our preclinical and clinical research supports the potential for patients previously exposed to HMAs to benefit from the addition of uproleselan to current treatment regimens. If the new study demonstrates that targeting E-selectin with uproleselan could help to overcome resistance to other therapies, this would be a significant achievement that underscores the broad potential of our drug candidate. Specifically, this trial is designed to demonstrate the safety and tolerability of the combination therapy as well as to evaluate whether upro can increase the rate of response in this highly resistant group of patients. The last IST I will discuss, which we announced in April, is being conducted at Washington University in St. Louis. Dr. Keith Stockerl-Goldstein, Professor of Medicine at the Wash U School of Medicine, is the principal investigator. This is a randomized Phase 2 study evaluating uproleselan as a prophylactic agent to reduce GI toxicities associated with high-dose melphalan in autologous hematopoietic stem-cell transplantation for multiple myeloma. GI side effects are the dose-limiting toxicities of high-dose melphalan in auto transplant, and our preclinical data have demonstrated a protective effect of uproleselan against mucosal damage. In addition, our Phase 2 trial demonstrated the potential of our drug to mitigate severe mucositis in relapsed and refractory AML patients undergoing intensive chemotherapy. Hence, we are optimistic about what we may learn. The Wash U clinicians will be the first to look closely at the potential of uproleselan to attenuate GI toxicities in multiple myeloma patients undergoing transplant. If this placebo controlled study demonstrates [technical difficulty] …