Thank you, Rob; and good afternoon, everyone. Given the closeness of the IMPALA top line results, let me begin with providing some more detail on this study. IMPALA is being conducted in 18 countries worldwide with a total of 139 patients enrolled. The double-blind placebo-controlled efficacy period of the study is 24 weeks, followed by a 24-week open label period in which all patients receive the active drug. During the double-blind period, patients are randomized to one of three arms. The first arm receives a continuous regimen of 300 micrograms of Molgradex once daily. The second arm receives an intermittent regimen of 300 micrograms of Molgradex once daily every other week. And, lastly, the control arm receives once daily placebo. The primary analysis will compare the continuous regimen with placebo. The primary endpoint is the absolute change from baseline in the arterial-alveolar oxygen gradient or ((A-a)DO2), which is a measure of the patient's oxygenation status. Key secondary endpoints include the six-minute walk distance, the St. George's Respiratory Questionnaire and the time to hold lung lavage. With 139 patients enrolled, we are well over our 90% power to show a statistically significant treatment effect in the ((A-a)DO2), where the sample size calculation we assumed a difference of 10 millimeters mercury between the treatment arms with variability similar to that observed in the TESARO study, which is the largest of the published studies. In fact, we considered these assumptions to be quite conservative for several reasons. Firstly, the assumed effect size is lower than the range of 12 millimeters to 18 millimeters mercury observed in the key published study. And, secondly, our continuous dose regimen represents about a threefold higher cumulative dose of GM-CSF as compared to the TESARO study. And, lastly, our study population represents a moderate to severe disease severity with an average baseline ((A-a)DO2) in the 40 millimeters mercury range. For inclusion, all patients needed to have a baseline ((A-a)DO2) of 25 or higher. We're therefore quite confident that we will not trip into a common pitfall of Phase 3 clinical trials, which is to enroll too many patients with mild disease and then lose the signal. In other words, you need to treat sick patients in order to demonstrate the robust treatment effect. With regards to the two continuous secondary endpoints, the six-minute walk distance and the St. George's Respiratory Questionnaire, last year, we carried out a blinded interim variability analysis of our own data when approximately 50 patients have completed the 24 weeks of treatment. With the St. George's Respiratory Questionnaire, the blinded analysis indicated that the original sample size, which at the time was 90 patients, was sufficient to achieve 90% power for our assumed endpoint difference between the treatment arms. In order to also achieve 90% power for our assumed 50-meter treatment effect in the six-minute walk distance, the sample size was increased to the current level. These three secondary endpoints will all be analyzed in parallel, applying a correction for multiplicity, thereby allowing us to avoid the ranking of the endpoints prior to the analysis. It is important to note that if the primary endpoint is met, we would definitely expect to see the secondary endpoints moving in the same direction. While the FDA does not necessarily require that we meet statistical significance for any of the secondary endpoints, we do anticipate that we'll be looking for consistency across the primary and secondary endpoints. So, in other words, improved oxygenation should correspond with trends of improved function, as well as improvements in the patient reported outcome measures. And last, but not least, we also hope to see clear reduction or even absence of the need for Whole Lung Lavages in the two active treatment arms. There is little question that IMPALA represents a landmark study in aPAP and a huge milestone for Savara. Positive results could provide aPAP patients with a groundbreaking therapy for a disease with no approved treatment options. As a double-blind period of the study nears completion, we look forward to sharing these results with you very soon. On that note, we expect to issue a press release announcing top line data from IMPALA in about three months from now by the end of the second quarter. Concurrently, we plan to submit the full dataset for potential general publication and presentation at an upcoming scientific conference. While we strive to communicate as much information as possible at the end of Q2, the journal and conference embargo policies may influence the level of detail that we can provide in our top line announcement. Now let's move on to our other Molgradex programs, which targets NTM lung infection. In December of last year, we announced interim results from the OPTIMA study. This is a Phase 2 open-label study evaluating treatment of both Mycobacterium avium complex or MAC and the more difficult to treat Mycobacterium abscessus infections. The interim analysis included 14 patients who completed the 24-week treatment period and had sputum culture results available from at least the 16-week time point. Overall, we were quite pleased with the results as early microbiological data showed an encouraging efficacy signal and seem to be associated with improvements in clinical signs and symptoms. Safety and tolerability for all 32 patients in the study was also assessed and demonstrated that Molgradex was generally well tolerated with a favorable safety profile. Based on these data, we extended the duration of OPTIMA from 24 to 48 weeks. We believe the extension increases our ability to observe a more robust antiinfective effect and we look forward to seeing if the efficacy can be sustained or improved. The final results from the OPTIMA study are now expected in the first quarter of 2020. Molgradex for NTM presents us with a unique opportunity to develop a differentiated therapy for people suffering from the serious and often chronic lung disease. While the current standard of care is to treat the infection with long courses of multiple antibiotics, Molgradex takes an antiinfective immunotherapy approach that attempts to stimulate the immune system and enhance the body's natural ability to fight infection. By targeting the human immune response as opposed to the bacteria directly, Molgradex is now expected to be hampered by the increasing problem of antibiotic resistance. We are continuously looking for indication expansion opportunities within the Molgradex program and this now includes a new Phase II open-label study in people with cystic fibrosis and chronic NTM lung infection. I'm happy to report that we will be initiating the study still this month per guidance with first training scheduled to start soon thereafter. Similar to OPTIMA, the primary endpoint will be NTM sputum culture conversion to negative. In addition to the microbiology endpoints, the study will incorporate a number of clinical endpoints, typical for CF study, including pulmonary function test, respiratory symptoms and a change in body mass index. Lastly, I'd like to brief you on our other CF program, AeroVanc, which is an inhaled vancomycin for the treatment of MRSA lung infection. Our pivotal Phase 3 study AVAIL was initiated in September of 2017 and is currently being conducted at more than 70 sites across the U.S. and Canada. Last month, we updated our guidance for AVAIL enrollment completion. With 146 patients currently enrolled out of a target of 200, we now expect enrollment to complete in the third quarter of this year. Enrollment of the adult population was completed already as of Q1 of last year with a total of 55 patients. Despite high interest toward the study and high screening rates, enrollment of the primary analysis population, subjects between 6 and 21 years of age has been slower than anticipated and we currently have 91 of these younger patients enrolled. The lower enrollment has been largely due to high screening failure rates. The most common reasons for this have been the inability for patients to meet the lung function requirements or pulmonary exacerbations that occurred between time of screening and time of remunization. The high screening numbers indicate that we are clearly reaching a large amount of patients affected by MRSA and the exacerbations on the other hand prior to randomization, demonstrate the high disease burden and need for better treatment options in these subjects. With enrollment expected to complete in Q3 of this year, top line data from AVAIL are now expected in the second quarter of 2020. Now, next I will hand over the call to Dave for our financial update.