Thanks, Bill. It is my pleasure to join the call today. First, let me start with cobomarsen. As a reminder, we enrolled 37 patients in our Phase 2 study of cobomarsen called SOLAR. We plan to assess the rate of an objective response in the skin that is durable for four months, defined as a 50% or greater improvement in the severity of the patient's skin disease over the entire body as measured by the mSWAT score. In our last quarterly update, we had mentioned that we had seen an impact on clinical activities at some sites where the SOLAR trial is being conducted as a result of the COVID-19 pandemic. We're pleased to report today that the majority of the patients in the SOLAR trial have continued to receive uninterrupted treatment and evaluation for clinical response. And the impact of COVID-19 on this trial to-date has been limited to a small number of patients. As of July 17, 2020, 34 of the 37 CTCL patients are being followed for response and 32 have continued to receive uninterrupted treatment with cobomarsen. Although the impact has been limited to-date, the COVID-19 pandemic is ongoing and will likely continue to provide challenges to us, our clinicians and patients in the trial. As we prioritize safety, it is important to note that the collection of patient data for the assessment of the primary endpoint in this trial cannot be performed remotely. In-person patient visits at clinical trial sites are required to evaluate each patient's mSWAT and objective response for four consecutive months. Consequently, we will continue to assess the impact on patient dosing and disease monitoring that may require additional time on drug to allow for the more complete assessment of cobomarsen's activity. We look forward to providing additional updates on the status of the SOLAR trial later this year. As part of our broader strategy to assess the potential of cobomarsen to treat miR-155-elevated blood cancers, we're evaluating cobomarsen in a first-in-human Phase 1 expansion indication trial in patients with ATLL. Earlier in the year, we announced positive data from this trial, specifically in a subset of ATLL patients with residual disease after chemotherapy or other treatments. This included the observation that cobomarsen prolonged disease stabilization and median survival time in patients with aggressive ATLL that had persistent residual disease after chemotherapy and other therapies. The disease stabilization in these patients was marked by a decrease in biomarkers of tumor cell activation and proliferation, providing evidence of the biological mechanism of cobomarsen. We believe that the overall survival, biomarker and safety data we observed for cobomarsen in this trial provides a basis for a continued development in patients with aggressive ATLL, especially considering that historically, these patients have shown a very poor prognosis. The next step for this program is to finalize development plan for cobomarsen in ATLL based on discussions with the FDA. During the second quarter of 2020, we requested a meeting with the FDA to discuss the development path for cobomarsen in ATLL, and we're currently preparing for a meeting to take place before the end of 2020. Turning to fibrosis. We are developing multiple microRNA mimic compounds that replace microRNA-29, which is found at abnormally low levels in the number of pathological fibrotic conditions. microRNA-29 is believed to play an important role in the regulation of numerous processes that contribute to fibrosis. We believe that increasing the levels of microRNA-29 with our proprietary microRNA mimics could provide benefits to patients with pathological deposition of connective tissue in an organ or tissue. We are currently developing two distinct microRNA-29 mimics, remlarsen and MRG-229 for the treatment of various forms of pathological fibrosis. Today, I will focus on MRG-229 and the data we announced earlier this quarter. As a reminder, MRG-229 is being developed as a systemic anti-fibrotic for potential treatment of patients with idiopathic pulmonary fibrosis, or IPF. We believe that the efficacy and safety profile of MRG-229 positions it as a potential differentiated approach for IPF. This program is supported, in part, by a granting collaboration with the NIH and Yale University. In June, we announced additional preclinical broadened safety and in vitro human efficacy data for MRG-229, which suggests that miR-29 replacement might represent a novel paradigm in the treatment of IPF. These data were discussed by our Director of Research, Rusty Montgomery, on a KOL call held on June 23, 2020. In summary, our next-generation targeted miR-29 mimics demonstrated potent target pathway down-regulation in normal human lung fibroblast in vitro. The mimics regulated collagen secretion in pathological lung fibrosis and showed an antifibrotic effect in precision-cut lung slices. As we move from those in vitro studies and ex vivo studies, we've seen numerous times that miR-29 blocks fibrosis in bleomycin-induced pulmonary fibrosis with increased potency over remlarsen and can be dosed systemically by either intravenous or subcutaneous administration. In addition, toxicology studies have shown no adverse events on organ histology. Considering this data, we have already advanced MRG-229 into a nonhuman primate toxicology study and expect to report additional preclinical safety and efficacy data before the end of 2020. I want to say that we are grateful for the continued support of Yale and the NIH. As you can probably tell by our call in June and by our comments today, we are excited by this data and the planned advancement into nonhuman primate studies. I want to thank again our KOLs on the June call, which included Dr. Fernando Martinez of Weill Cornell Medicine; Teresa Barnes from the Coalition for Pulmonary Fibrosis; and Dr. Naftali Kaminski of the Yale School of Medicine. Each KOL brought a unique perspective to the call and offered insights into why our work on IPF is so important. We are also evaluating remlarsen in cutaneous fibrosis and ocular fibrotic indications. We are encouraged by our progress today and plan to provide additional updates during future calls. In summary, our pipeline continues to advance, and we see opportunities for each of our programs with important milestones set for the second half of the year. And while the COVID-19 pandemic has created some uncertainty in our ability to accurately guide on the timing of certain milestones, we remain confident in our ability to deliver important results from this program. With that, I will now turn the call over to Jason Leverone, our Chief Financial Officer, to provide a review of our financial results. Jason?