Yes. That’s a great question, Simos. First of all, we did see, even in this small number, statistically differences from placebo in the higher dose group. So that was, there was statistical relevance. But also, if you look at the magnitude of the effect, it also is quite good in and of itself, but also compared to other drugs. For example, we saw a 70% improvement in overall lesion count with a 15% difference from placebo, which, if you look at especially the oral antibiotics, they’ve been approved on the magnitude of effect versus placebo, that’s actually lower than that. So if you look at, and if you wanted to, rank order the size of the effect, at least preliminary, this appears to provide a bigger effect versus placebo than the oral antibiotics. And in fact, we designed this trial where only patients that have failed oral antibiotics could be enrolled in the trial in the first place. So at least, if we can confirm what we’re seeing in the Phase II trial, we would have good ammunition to position this as a drug that can be used after oral antibiotics fail, from a number of perspectives. The fact that the 0.2 milligram-per-kilogram dose was not effective, and the 0.6 is, again, shows that there are least, in our interpretation, a dose response, which also makes it very suggestive that this is a real drug effect, and not a placebo difference, a placebo effect.