Thank you, Ankit. Let me start with an overview of SPR720, our novel oral antibiotic candidate that is being developed as therapy for nontuberculous mycobacterial-pulmonary disease, or NTM-PD. Estimates indicate that there are approximately 130,000 NTM patients across the U.S. and Europe. The bacteria causing NTM-PD are commonly found in soil and water. So the majority of individuals will not become infected when exposed to these bacteria those who have underlying lung disease, a weakened immune system, or are of advanced age, or more susceptible. This disease has orphan status, which supports SPR720's orphan drug designation from the FDA. For those who do become infected, care will typically begin with Bronchial hygiene an exercise program and educational routines. Unfortunately, in the absence of effective antibiotic treatment, many of these patients will develop progressive lung disease due to chronic influenza infection and inflammation. Early intervention before serious lung injury has occurred may prevent or delay disabling symptoms caused by the infection. Unfortunately, the risk benefit profiles of the existing treatment regimens for these patients support. These regimens typically involve off-label combinations of three or more antibiotics that are often associated with tolerability and toxicity issues that limit the ability of patients to remain on treatment. These issues are heightened when you realize that current therapy is generally administered on a continuous basis for one to two years and frequently does not prevent patients from progressing to treatment refractory infection and end stage lung disease. As a result, these patients have chronic debilitating symptoms that can affect their ability to perform daily activities, including traveling, shopping or even walking. There's just an urgent need for improvement to the current standard of care, both in terms of efficacy and tolerability. Given the irreversible nature of the anatomical damage caused by this chronic lung inflammation, we are developing SPR720, to treat those patients who are treatment naive or treatment in experience. At present, the poor tolerability of the standard of care treatment regimens for NTM-PD, often causes patients and their physicians to delay intervention, until the onset of disabling symptoms related to lung tissue injury. The introduction of well-tolerated oral agents would potentially support earlier intervention, with the goal of decreasing bacterial burden and thus progressive lung damage. By intervening at this early stage, and with SPR720's novel mechanism of action targeting bacterial DNA replication, our objective is to prevent the progression to refractory disease and permanent lung damage that comes with it. We believe this is the best strategy to improve patient outcomes and quality of life, particularly when compared to the agents that are designed only for those with late-stage, treatment refractory disease. Our efforts here is supported by a strong data set, that demonstrates SPR720's potential to provide NTM-pulmonary disease patients, with a convenient and well-tolerated oral therapy. Preclinical studies have demonstrated its potent activity, against the most prevalent NTM species both as monotherapy and in combination with other antibiotics. In Phase 1 single and multiple ascending dose studies, SPR720 was shown to be well tolerated at doses that achieved exposures above the predictive therapeutic levels. We are now working to initiate a dose-ranging placebo-controlled Phase 2 monotherapy study, designed to evaluate SPR720's ability, to drive an early microbiologic response in NTM-PD patients as monotherapy. We expect the trial to begin later this year and to report interim and top line data in 2023 and 2024, respectively. A demonstration of SPR720's, single agent activity would be a significant derisking event for this program. It is important as antimicrobial activity, is the driver of an antibiotic's ability to improve patient outcomes. This data, along with the safety PK and patient-centered clinical outcomes we will measure, will set the stage for the molecule's long-term development as a component of an effective and well-tolerated oral combination regimen. I'll conclude my portion of today's call, with a brief discussion of SPR206, our novel intravenously administered polymyxin antibiotic candidate, that we were advancing towards a Phase 2 cross-indication resistant pathogen study, with the support of multiple partners including Pfizer, Everest Medicines, the Department of Defense and NIAID. This study will enroll patients with complicated urinary tract infections and hospital-acquired and ventilator-associated bacterial pneumonia, as well as, blood stream infections. We believe SPR206 is differentiated from other polymyxins, given its potentially enhanced activity against extensively drug-resistant gram-negative pathogens, but importantly, by an improved safety profile, highlighted by SPR206's lack of nephrotoxicity over 14 days of treatment, in the multiple ascending dose clinical study. Associated nephrotoxicity is a major shortcoming, of the polymyxins currently in use. These are usually prescribed as part of combination antibiotic regimens, to patients with serious drug-resistant infections including those caused by multidrug-resistant acinetobacter, carbapenem-resistant pseudomonas and carbapenemase producing enterobacteriales. Our goal is to provide an alternative to these older polymyxins in this treatment paradigm, thus improving the risk benefit profile for patients. We have developed compelling preclinical and clinical data, that support our efforts to move towards this goal. These data were discussed on our update call a few weeks ago, and include in vitro results and the results of animal infection models, showing SPR206 enhanced efficacy compared to traditional antibiotics when directed against these extensively drug-resistant gram-negative pathogens. They also include data from Phase 1 trials that had demonstrated the favorable tolerability profile of SPR206 and the lack of nephrotoxicity of the agent have predicted therapeutic dose levels. We announced the results of one of these trials just this past quarter, the bronchoalveolar lavage study, which showed SPR206 to be well tolerated with lung exposures that remained above the minimum inhibitory concentration of the target pathogens for the entire duration of the anticipated eight-hour dosing interval. Informed by these data as well as by the results of our recently completed renal impairment study, we are now working to finalize the design of our Phase 2 cross-indication resistant pathogen study. We have a pre-IND meeting with the FDA scheduled for later this quarter to discuss these efforts, and we expect to initiate the study in the second quarter of 2023. I'll now pass things over to our CFO, Sath Shukla for a discussion of our recent financial results and cash position. Sath?