Thank you, Tom. So here, I'll talk about the DRAGON clinical trials, both DRAGON 1 and DRAGON 2, as well as the interim analysis from the DRAGON 1 study, as Tom just mentioned. Here is an overview of the clinical trial designs in the Phase 3 trials for DRAGON and DRAGON 2. These trials are designed nearly identically. There's only three differences in the trial designs, and those are highlighted in the top three rows. The first being the number of subjects, 104 in DRAGON versus 60 in DRAGON 2, the global nature of the Phase 3 design for DRAGON versus a more localized geography for DRAGON 2 in Japan, U.S. and U.K. And the randomization is 2:1 in DRAGON versus 1:1 in DRAGON 2, because of the difference in the sample sizes. Other than that, all of the other parameters of the study are identical. And of course, the endpoint is exactly the same that, is slowing the growth of the atrophic lesions as measured by FAF photography. This is the FDA accepted endpoint. The other thing I should mention is that these studies both include the same dose, which is a 5-milligram daily dose that reduces retinol-binding protein 4 to about 80% below the baseline value. And at the very bottom there, you can see the key inclusion criteria. All subjects in the DRAGON studies are 12 to 20 years old, and they have clinically and medically confirmed diagnosis of Stargardt disease. Importantly, about the DRAGON trial, as Tom mentioned, there was an interim analysis. This was a prespecified sample size reestimation in, which the DSMB would take an unmasked look at the study data to determine whether, or not there was a trend for efficacy in a so-called promising zone. This is a statistically identified window of conditional power that, tells us there's a trend for efficacy. If in fact, there were a trend for efficacy noted by the DSMB, we would then be allowed to add 30 additional subjects to the study that, would preserve and enrich the observation made at the interim so that, we would have a better chance of seeing a statistically significant difference, at the end of the second year. That analysis, the interim analysis was triggered when the last patient had met his, or her 12-month visit. The DSMB then took a look at the data, and they decided there was no modification of the study that would be required, and that we continue the study without a sample size increase. So that told us that we were not in this conditional zone of power called the promising zone. We were either on the opposite side of that, which would be futile, or we're on the very positive side, which would be the overly efficacious side or unexpected efficacy. And in fact, we knew that we're probably very efficacious because the DSMB did provide an additional comment that, they recommend we submit the data for further regulatory review for drug approval. That comment would not have been made if in fact, we were on the futile side of that promising zone. So we feel very optimistic and encouraged about this outcome. Importantly, at the time of the interim analysis, the overall withdrawal rate was less than 10%. So only 10 of 104 subjects withdrew. Of course, we don't know the breakout between placebo, and active treatment, because again, this is blended data. But to have less than a 10% dropout, when the majority of the study data has been analyzed, is quite significant. And importantly, the withdrawal due to ocular adverse events was only 3.8%. So only four of 104 subjects withdrawing, because of ocular AEs. This is particularly important, because the nature of our MOA would predict that there would be ocular adverse events. We know now from the study data that is very well tolerated and of course, mild and transient. That's very important. And then finally, when we look at visual acuity, we find that visual acuity was stabilized in the majority of subjects, with a mean change from baseline of less than three letters under both standard, and low luminance throughout the two-year study. Here's the breakdown of the treatment-emergent adverse events in the DRAGON trial. It's important to note that systemically, there was only one drug-related adverse event, and that was acne. And this can happen in teens and preteens, when vitamin A is diminished in the skin, because vitamin A does help clean pores. So if we're diminishing it, perhaps pores are not so clean, but it's a very mild AE to have systemically. Other than that, clinically significant findings in relation to vital signs, were nothing in relation to physical exams, cardiac health or organ function. What you see on the table are the outcomes from the two ocular AEs that we expected, Xanthopsia and delayed dark adaptation. As mentioned, these were reported as mild and of course, transient. You can see on the right-hand side, the frequency and number of patients presenting with those AEs. The night vision impairment you see there, which is also mild, is a more severe exacerbation of delayed dark adaptation. We had that in 15 reports of it. And then, of course, we have a non-ocular headache in some subjects, which, of course, can be manifested when subjects strain to use their visual acuity, while experiencing these ocular AEs. But overall, a very, very well tolerated and safe profile from an adverse event perspective. With respect to the visual acuity, I mentioned there was stabilization throughout the study trial. Since we have our CMO, Dr. Hendrik Scholl on the line, I'd like to get his clinical opinion on the BCVA data. Dr. Scholl?