Geoff, it's Steven. I'll try to answer your question. So if we just look at first, at intrahepatic cholangiocarcinoma, that's FGFR2-translocated and driven by that. You know, obviously, we showed updated data at ESMO last year, independently confirmed 40% response rate with the PFS that was a little north of nine months. And you saw those responses improve over time, which in my prepared remarks, we're saying we're waiting for that data to mature this year, and one part of our NDA submission. The testing for it, it seems to have increased globally as usually happens when people realize there's a drug that may benefit them. Places are starting to do molecular profile in certainly with the United States, Western Europe, and place like Japan and Korea, et cetera. You know, we think they're about approximately 3,000 patients available globally to -- through the setting, second-line cholangio that's FGFR2-translocated, and we're pretty sure we're clearly the leader there. And as we announced this morning, the FDA just recently gave us breakthrough designation with our data set. So it's a very encouraging arena. The readthrough to bladder, it's interesting. So bladder is different. It's FGFR3-driven, either mutated or translocated. J&J is clearly ahead. And as you said there's a comparative milieu in bladder cancer, in general, but not necessarily targeted to the particular mutation. The J&J data sets, initially they use intermittent dosing as well and then switch to continuous dosing regimens. And so an uptick in the response rates for the mid-20% range also to 40%. So we did the same. Last year, we switched from our intermittent data set to continues dosing, and we're doing it now. We think we have a really good compound. We understand the PK. We're able to manage it well. And we think we have a best-in-class compound. So we think we'll be very competitive. And we will complete enrollment this year, analyze and hopefully submit an SNDA in bladder next year. The opportunity is obviously much, much larger, given the amount of metastatic bladder cancer patients there are. For the FGFR3 mutations, it could be upwards of 12,000 to 15,000 patients globally, obviously, with a much more competitive milieu. And then thirdly, as I said, now that you have validated clinically for FGFR2, FGFR3 in bladder and more recently, the myeloproliferative neoplasm we presented at ASH that's FGFR1, we think it's the right time to do a tumor-agnostic study, which we're busy opening and doing now. And the various entities there that are also land up being appreciable in terms of the amount of patients that may be involved. So, for example, endometrial cancer, the FGFR2 mutations, 10% prevalence, glioblastoma squamous lung, rectal, head and neck. If you add those all up, you get potentially to another 15,000 patients. So we think the read through is across the board and potentially tumor-agnostic as well.