No, no, we have very good estimation of that. Okay, so, first of all, we know a lot about the dosing of this drug already since we've been evaluating it in patients with lymphoma. We know a lot about the pharmacokinetics, the occupancy of the target, the safety, et cetera. So, we're going to be studying four cohorts of patients that are enrolled sequentially. So, we start with, let's say, the low dose cohort, which, in our case, is 100 milligrams BID. 200 milligrams BID is our dose in the lymphoma studies and in the proposed Phase 3. So, 100 milligrams BID, we'll enroll 16 patients in a 3:1 randomization where 12 will get soquelitinib and the other four get placebo. Then we go to the next dose regimen, which is 200 milligrams once-a-day, because we think that once-a-day dosing will be effective, and we think it's more convenient, of course. So, same thing, 16 patients go in there. Again, 3:1 randomization, 12 get the soquelitinib, four get the placebo. And then we go to the third cohort, where that -- which is 200 milligrams twice-a-day, the same regimen that we're using in lymphoma. Same idea, 12 patients get the drug, four get the placebo, again, randomized. And then the final cohort would be 400 milligrams once-a-day. Now, the reason that we're studying those cohorts is that we know that at 200 milligrams, you get complete occupancy of the receptor. 100 gives you pretty good occupancy, but not -- it's not complete, but probably good enough to cause some biologic effect. So, I would not be surprised if we see some effect at the -- even at the lowest dose regimen. So, as I mentioned earlier, the doctor and the patient are blinded. The company is not. So, we can look at the data and we have a data monitoring board that can look at the data after each cohort is enrolled. And we're able to report that data or not. I mean I don't anticipate we're going to be reporting it every week. But at our discretion, we can be reporting that data. Now, there's also a very rich amount of biomarker data that's going to be accumulating during the study. We're measuring a number of different cytokines and lymphocyte subsets, et cetera, et cetera. And we know already from our lymphoma studies and our other animal studies that we've done and published, we know what biomarkers, what cytokines are affected like IL-4 and IL-5 and others. So, what we would be looking for at each cohort, of course, is safety. We would be looking at changes in biomarkers in our treatment group relative to baseline. We would expect to see changes in IL-4 and 5 and all these things as comparing each patient to his or her baseline. And of course, we'll be -- doctors will be assessing the efficacy based on the grading criteria I mentioned earlier, the EASI score and the global -- investigator global assessment. So, we're going to learn a lot from each of these. Now, in terms of the dosing, we -- as I mentioned, we know a lot about the dosing already. So, we're able to start at 100 milligrams BID. I would expect to see something very early in this study. And I think we'll get an idea very early, not only about the efficacy, but also about the biologic activity because remember, the reason that we're picking atopic dermatitis first is that it is very much what's called a Th2, T helper cell 2 disease, a disease mediated by IL-4 and 5 and 13, and we know that our drug blocks the Th2 function very well. We learned this from our lymphoma studies and from our other studies, preclinical studies. So, we're going to be able to determine very early in the study about safety. We already know that from our lymphoma studies we'll be able to determine whether or not we're having the immunologic effects that we expect and, of course, we'll be monitoring the clinical efficacy. Now, the immunologic effects are important because this becomes the entry point, the stepping stone to other immune diseases. What are the other immune diseases? Asthma is one that would be -- is very much Th2, psoriasis, scleroderma, several other diseases. We have a whole list of them on our website presentation. So, this is a very important study in that we get data quickly and it's very informative, not only for the purpose of atopic dermatitis, but it opens up the whole field. We -- basically, this study puts ITK inhibition on the map as an important therapeutic modality for a host of immune diseases. It's very reminiscent of an antibody that I worked on called Rituxan and -- where we -- what we learned in lymphoma taught us about what happens to B cells, et cetera and that opened the door for a lot of other dermatologic and immunologic diseases. So, that was a long way to answer your question, but I wanted to make sure that we really had a proper perspective. I appreciate the question.