Thank you, Chip. And good afternoon to everyone on the call. As Chip mentioned, we are thrilled to have submitted our imetelstat new drug application in June 2023 for the treatment of transfusion dependent anemia in adult patients with low to intermediate-1 risk MDS who have failed to respond or have lost response to or ineligible for erythropoiesis-stimulating agent, or ESA. As permitted under imetelstat's fast track designation, we have requested that the FDA grant priority review of the NDA. We expect FDA will communicate potential acceptance of the NDA within 60 days of submission. That is sometime in mid-August and reveal the PDUFA date for such a review. Under a priority review scenario, we would expect potential NDA approval timing in the first quarter of next year. Under standard review, we would expect potential approval timing in the second quarter of 2024. To expand imetelstat's potential reach outside of the US, we remain on track to submit a marketing authorization application in the European Union for lower risk MDS in the fourth quarter of 2023. As we await potential commercialization in the US, we initiated an expanded access program, or EAP, in June 2023. This is a program that enables us to make imetelstat available to clinicians and patients prior to FDA approval. Treatment of low risk MDS patients in this program is based on a protocol approved by FDA, which requires each treating physician to apply for access for their patient. We have heard physicians in both academic and community settings express the need for new treatment options for their lower risk MDS patients, and we are pleased to be able to offer this expanded access program to the low risk MDS community. Patients treated with imetelstat in the expanded access program are expected to ultimately be transitioned to commercial supply within three months after a potential future FDA approval of the drug. As Chip described, at ASCO and EHA, we presented new data and analyses from IMerge. These data further differentiated imetelstat from existing treatments and support its role as a potential new standard of care in lower risk MDS. The content of these presentations were also reported on June 14 during the Geron hosted investor event. We encourage investors to access the archived webcast which is available on the investor portion of our website under Events. There you can hear hematologic malignancy key opinion leaders and IMerge investigators, Drs. Uwe Platzbecker and Rami Komrokji, present these data in detail. For the purposes of our call today, I will provide an overview of the key points of the imetelstat differentiation highlighted in our ASCO and EHA presentation. First, the clinically meaningful and durable transfusion independence, or TI, experienced by imetelstat treated patients in IMerge is unprecedented for patients with lower risk MDS. We observed a highly statistically significant improvement in TI rates in imetelstat treated patients for 8 week, 16 week and 24-week PIs compared with placebo. Even more exciting, with three months of additional follow up, nearly 20% of imetelstat treated patients experienced a one year TI, which represents approximately 60% of imetelstat 24 week responders. Additionally, hem malignancy KOLs at ASCO and EHA noted that statistically significant improvement of anemia with a median hemoglobin rise of 3.6 grams per deciliter for imetelstat treated eight-week TI responders as a very important point of differentiation. Second, a breadth of clinically meaningful responses was observed across key MDS subgroups, including difficult to treat populations, such as those without ring sideroblast, or RS negative patients, as well as high transfusion burden patients and those with high serum EPO levels. These patient populations have not been studied with most other agents used to treat the anemia of lower risk MDS nor have such results been seen with other treatments. At EHA, we presented important new subgroup analysis showing that the rate and durability of TI for 24-week TI responders is similar across key lower risk MDS subgroups, regardless of ring sideroblast status, prior transfusion burden, IPS at-risk category or baseline serum EPO levels. Third, we have presented robust evidence of imetelstat's potential to alter the underlying biology of lower risk MDS by reducing or eliminating malignant clones. In imetelstat treated patients, we saw a reduction in mutation burden, as measured by variant allele frequency, or VAF. Furthermore, new data on cytogenetic responses and reductions in bone marrow RSL supported imetelstat's mechanism of action. In totality, these data indicate that imetelstat may have disease modifying potential in patients with lower risk MDS. Fourth, data on patient reported outcomes presented at EHA were also very encouraging. These data describe a sustained meaningful improvement in fatigue for imetelstat treated patients versus placebo. This specific patient reported outcome is of particular importance because lower risk MDS patients experience fatigue that is not easily alleviated by red blood cell transfusions. Additionally, many of the current treatments for low risk MDS are associated with an increase in fatigue. Imetelstat is the first treatment we are aware of to show an improvement in patient reported fatigue in lower risk MDS patients. In IMerge Phase 3 and consistent with prior clinical experience, grade 3, 4 thrombocytopenias and neutropenias were the most frequently reported adverse events. Unlike several other treatments in hematologist's armamentarium, such as HMAs and lenalidomide, which may cause prolonged myelosuppression, severe cytopenias associated with imetelstat were short lived, resolving to grade two or lower in less than four weeks in most cases, and most importantly, only rarely resulted in severe clinical consequences, such as bleeding or infection. In total, the IMerge clinical data support a profile for imetelstat that, if approved, we believe will serve as a very impactful option for the treatment of transfusion dependent anemia in lower risk MDS patients. Next, I'd like to discuss IMpactMF, our second Phase 3 trial of imetelstat in patients with JAK inhibitor relapsed refractory myelofibrosis. Today, treatment of myelofibrosis is dominated by JAK inhibitors, or therapies with other mechanisms of action in combination with JAK inhibitors. The currently available therapies have been approved based on their ability to improve symptoms and reduce splenomegaly. Approximately 75% of patients discontinue JAK inhibitor after five years. And once they do so, they face a dismal overall survival of approximately 11 to 16 months. We believe that imetelstat could be transformational for these patients. In the EMBARK Phase 2 study in JAK inhibitor relapsed refractory MF patients, the overall survival in imetelstat treated patients was 30 months, or nearly double compared to historical controls. Additionally, a comparison of EMBARK Phase 2 data to real world data from a closely matched cohort of patients confirmed improvement in overall survival and lower risk of death for imetelstat-treated patients compared with patients treated with best available therapy. Importantly, in EMBARK, there was strong evidence of the disease modifying potential of imetelstat in relapsed/refractory MF, with improvements in bone marrow fibrosis and reduction in key MF driver mutations. And these reductions correlated to improved survival and other clinical outcomes. These data were the basis for the design and initiation of the IMpactMF Phase 3 study in JAK inhibitor relapsed refractory MS patients with overall survival as the primary endpoint. The IMpactMF protocol called for a planned interim analysis when approximately 35% of the planned enrolled patients have died. And the final analysis with over 50% of the planned enrolled patients have died. As an OS study, the timeline for the interim and final analyses depends not only on enrollment rate, but also on death rate. Today, based on achieving over 40% enrollment in IMpactMF and our planning assumptions for enrollment and death rates in the trial, we are updating our guidance for the interim analysis to be projected in the first half of 2025 and for the final analysis to be in the first half of 2026. Because these analyses are event driven and it is uncertain whether actual rates for enrollment and events will reflect current planning assumptions, the results may be available at different times than currently projected. As can be expected for studying an indication for which there are multiple ongoing trials, constraints on clinical site personnel resources due to the COVID-19 pandemic, and other competing trials in MF have led to some challenges in recruitment and enrollment. We are working closely with the MF community and our clinical trial sites on recruitment for the trial and continue to plan to announce when the trial is 50% enrolled. As Chip mentioned, this is the first and only myelofibrosis trial with overall survival as a primary endpoint. Our MF investigators remain very excited about this study, and the potential of a new treatment that could improve survival for these patients who currently have few treatment options and dismal survival rates. We are also pleased to report that the first patient was dosed this June in the investigator led Phase 2 IMpress trial that is evaluating imetelstat in patients with relapsed refractory acute myeloid leukemia or high risk MDS. This trial is based on preclinical publications that describe the role of telomerase in AML disease progression and which have reported that inhibiting telomerase in both mouse and human derived AML model targets and potentially depletes leukemic stem cells, thus impairing leukemic progression. Relapsed refractory AML and higher risk MDS are high unmet need areas. And we look forward to understanding more about the potential efficacy of imetelstat in this patient population. With that, let me turn the call over to Anil to provide a commercial update. Anil?