Thank you, Ashlee. Good afternoon, everyone and thank you for joining us for our first quarter 2022 results conference call. We are very pleased with the start of 2022 as we work to developing new class of medicines from our tRNA synthetase biology platform. Throughout the first quarter, we continue to make important progress with our Efzofitimod clinical program in pulmonary sarcoidosis. Our initial interstitial lung disease or ILD indication, with the receipt of FDA orphan drug designation for Efzofitimod for sarcoidosis, and a positive and Endo Phase II meeting with the FDA. We are on track to initiate a planned registrational study in pulmonary sarcoidosis in the third quarter of this year. As we begin, I will summarize a few highlights since we last spoke in March. We announced that posters for Efzofitimod and pulmonary sarcoidosis, were accepted for presentation at the American Thoracic Society. or ATS, international conference. We received FDA orphan drug designation for Efzofitimod for the treatment of systemic sclerosis or SSC, also known as scleroderma. We presented preclinical data in a poster at the American Association for Cancer Research or AACR Annual Meeting for ATYR2810 or 2810, our lead anti-neuropilin-2 or NRP2 antibody in cancer. We've had a highly first quarter and a good start to the year. The second quarter is shaping up to be a very important period as we prepare to present clinical data from the Phase 1b/2a study of Efzofitimod in pulmonary sarcoidosis at ATS next week and anticipate the potential publication of our related manuscript. We're focused on operational preparation for upcoming planned registrational study. So the balance of the year may center upon initiating the study in the US and Europe and supporting our partner Kyorin pharmaceutical with the anticipated launch of the study in Japan. Let's discuss our clinical program for Efzofitimod first. Efzofitimod is a potential first-in-class immunomodulator for fibrotic lung disease. Efzofitimod is a novel Fc-fusion protein based on naturally occurring splice variant of the lung enriched tRNA synthetase HARS fragment that downregulates average Immune responses in inflammatory disease states. Efzofitimod has been shown pre-clinically to downregulate inflammatory cytokines and chemokine signaling and reduce inflammation and fibrosis. NRP2 is upregulated on key immune cells known to play a role in inflammation and is enriched in inflamed lung tissue. Efzofitimod binds selectively to NRP2 and therefore has the potential to normalize the immune system, serving to resolve inflammation and prevent progressive fibrosis, thereby stabilizing lung function and alleviating morbidity and mortality for patients. We're developing Efzofitimod as a potential treatment for patients with fibrotic lung disease, initially focusing on patients with ILD, a group of rare immune-mediated disorders that can cause progressive fibrosis of the lung. Our initial ILD indication for Efzofitimod is pulmonary sarcoidosis, which is an inflammatory disease characterized by the formation of granulomas or clumps of immune cells in one or more organs of the body. Sarcoidosis that affects the lungs is commonly called pulmonary sarcoidosis, and the lungs are affected in more than 90% of sarc patients. The formation of these granulomas is driven by persistent aberrant inflammation, which if left untreated, can lead to irreversible scarring or fibrosis and diminished lung function, which may lead to respiratory failure or the need for a lung transplant. We estimate there are close to 200,000 patients, with pulmonary sarcoidosis in the U.S although estimates do vary. But half of these patients will require some form of systemic therapy, and 30% of all patients will have chronic progressive disease despite available treatments. The current standard of care typically includes treating the inflammation with corticosteroids and other immunosuppressive therapies, which can help manage inflammation and alleviate symptoms such as cough and shortness of breath. However, they have no demonstrated efficacy on disease progression and can result in serious long-term toxicity. Additionally, many patients do not respond to currently available treatments. There is a substantial need for safer, more effective treatments that could reduce or replace the requirement for chronic corticosteroid or other immunosuppressive therapy and prevent disease progression. Because this isn't orphan disease and treatment options are limited, we applied foreign received FDA orphan drug designation for Efzofitimod for the treatment of sarcoidosis. We recently generated clinical proof-of-concept for Efzofitimod based on the positive results from a Phase 1b/2a study in points sarcoidosis that we reported in September 2021. The study which included a four steroid taper, demonstrated safety tolerability and consistent dose response for Efzofitimod on key efficacy endpoints and improvements compared to placebo, including measures of steroid reduction, lung function, sarcoidosis symptom measures, and inflammatory biomarkers. According to medical experts, this is the first randomized placebo-controlled trial of any therapy for pulmonary sarcoidosis that demonstrates effects on physiologic and quality of life measures concurrent with steroid reduction. These findings confirm the potential of Efzofitimod to be a tremendously impactful therapy. We're excited to present additional data from this study in two posters at ATS next week. Some of the clinical findings that we will present for the first time include greater details regarding steroid reduction and improvements in lung function. Notably, we will also present details of the biomarker data for the first time. The hallmark lung granulomas in patients with pulmonary sarcoidosis are comprised of immune cells that secrete pro-inflammatory chemokines and cytokines. And if left untreated, can promote aberrant inflammation both systemically and locally that lead to fibrosis. Center of care agents such as oral corticosteroids can suppress inflammation, but may come with toxicity and in some cases can over suppress the immune system leading to increase risks. The ability of Efzofitimod to effectively control inflammatory and sarcoidosis disease biomarkers in a dose-dependent manner over 24 weeks. In the context of a corticosteroid taper are very important findings as they are the first demonstration of Efzofitimod anti-inflammatory mechanism in pulmonary sarcoidosis patients. We encourage you to review the posters which will be available on our website once they are presented. During ATS, we also plan to host a company reception. The event will bring together sarcoidosis medical experts, principal investigators, advocacy organizations, analysts, investors, and members from aTyr's management team, providing an opportunity to learn more about our Efzofitimod clinical program, and the ways in which we can all work together to deliver a potential new treatment to patients in need. A presentation featuring leading sarcoidosis experts, Dr. Daniel Culver, Director of Diffused [Indiscernible] Lung Disease at the Cleveland Clinic. and Dr. Robert Hoffman, Emeritus Professor of Medicine at the University of Cincinnati, will review results from the Phase 1b/2a study and discuss the outlook for the planned registrational study. In addition to the posters at ATS, we also anticipate the potential publication of a related manuscript with full results of the study in a major medical journal in the very near future. An additional abstract further exploring the molecular and cellular mechanisms of action of Efzofitimod in sarcoidosis that was previously accepted for presentation at ATS will instead be submitted for inclusion at another medical conference later this year. As we mentioned, we've been busy preparing for the next stage of Efzofitimod clinical development in pulmonary sarcoidosis. We had a positive end of Phase 2 meeting with the FDA that provided productive feedback regarding trial duration, dose evaluation to assess the optimal dose for chronic use, and endpoint prioritization, including discussion around outcome measures that would best support the evaluation of Efzofitimod efficacy, including a combination of both objective and subjective clinically meaningful outcomes. Preparations for the study are underway and we are on track to initiate this study in the third quarter of this year. While our primary focus for Efzofitimod is on our planned registrational study in pulmonary sarcoidosis, Efzofitimod mechanism of action, compelling translational and clinical data and the shared immune pathology in ILD, strongly suggest that Efzofitimod could have potential to treat other ILD indications as well. One such ILD that carried the high unmet need is in ILD that results from underlying systemic sclerosis, also known as scleroderma. Scleroderma is a chronic progressive autoimmune disease characterized by inflammation and fibrosis of connective tissues throughout the body, where then half of all patients with underlying scleroderma may develop ILD, which is a primary cause of death in these patients, like sarcoidosis, SSC, ILD results from an uncontrolled persistent immune response, which if left untreated can result in scarring that permanently causes loss of lung function. Also like sarcoidosis, current treatment options are limited. The pathology of SFC ILD is driven by the same immune cell that are central to sarcoidosis pathology. An NRP2 Efzofitimod binding partner is upregulated on these cells, particularly on macrophages. Furthermore, Efzofitimod has been shown to reduce lung and skin fibrosis in animal models of fibrotic disease, such as scleroderma and IPF, where it matched or outperformed approved known anti-fibrotic agents, including intensive and pirfenidone. The tentative was recently approved for slowing the rate of lung function decline in scleroderma ILD patients, but did not display any effects on the underlying disease or patient quality of life in those clinical trials, we believe our differentiated mechanism of action targeting NRP2 on immune cells has the potential to translate into benefit not only on lung function, but on the underlying disease as well. It's estimated that approximately 100 thousand people in the US are affected with scleroderma. We recently obtained FDA orphan drug designation for Efzofitimod for the treatment of scleroderma which validates the anti-fibrotic effects of Efzofitimod observed in those previously mentioned pre-clinical models of ILD. Now let's take a few minutes to discuss our pre-clinical programs, including 2810, an anti-NRP2 antibody in development for cancer. NRP2 is a cell surface receptor that play the key role in lymphatic development and in regulating inflammatory responses. In cancer, NRP2 is upregulated on a variety of solid tumors and it's particularly expressed in many aggressive cancer. Increased NRP2 expression is linked to worsened patient outcomes in several cancers, which may include the promotion of drug resistance to certain current therapies such as chemotherapy or targeted agents, metastasis, tumor recurrence, and overall survival. 2810 is a fully humanized monoclonal antibody that selectively and functionally blocks the interaction between NRP2 and VEGF, one of its primary liger. VEGF is a validated mediator of tumor survival and growth, and correlates with tumor invasiveness and metastasis. Current therapies that directly target classic VEGF, VEGFR signaling do not block neuropilin-2. Preclinical data suggests that blocking VEGF interaction through NRP2, that ATYR2810 maybe an effective novel therapeutic antibody with a differentiated approach that can target aggressive cancers through the inhibition of metastasis and enhance chemo sensitivity. Last month we presented some important findings at AACR that characterize the effects of 2810 in highly progressive tumor subtypes. Research show that highly aggressive cancers and those associated with metastasis, including triple-negative breast cancer TNBC were responsive to treatment with 2810 in combination with chemotherapy. Importantly, treatment with 2810 alone is able to inhibit metastasis in models of TNBC. Consistent with an emerging understanding of NRP2 slash VEGF signaling as a driver of metastasis and therapy resistance. Additional findings provided key insights regarding 2810's ability to impact the lineage plasticity of cancer cells, which contributes to their ability to differentiate into states that are known to play a role in metastasis. Notably, 2810 has been shown to down regulate