Thank you, Jamie, and thank you, Mark. It's my pleasure to present the new randomized clinical data from our CRDF-003 ONSEMBLE trial. On slide 10, you can see the ONSEMBLE trial design. This trial enrolled second-line RAS-mutated metastatic colorectal cancer patients with unresectable but measurable disease. Patients were randomized across three arms. One was a control arm, where patients received standard of care chemotherapy consisting of FOLFIRI plus bev. In the two experimental arms, patients received a dose of onvansertib in each of the first five days, following the FOLFIRI plus bev infusion. One arm included a 20 milligram daily dose of onvansertib; the other arm included a 30 milligram daily dose of onvansertib. The primary endpoint was objective response rate. And the dosing schedule will be the same as in our Phase 1b/2 trial. Looking at the enrollment at the top of slide 11, you can see that [indiscernible] 23 patients had been randomized across the three arms. Importantly, one patient was never treated because the patient withdrew consent and left the trial prior to receiving any therapy. This reduced the treated patient population evaluable for safety to 22 patients only. Also, one additional patient withdrew consent and left the trial before receiving any post-baseline scan. So, 21 of the 23 patients are now available for efficacy. Both patients who left the trial were randomized to the control arm and both were bev exposed. So, their withdrawal from the trial does not impact any of the conclusions drawn from the data on the following slides. On slide 12, I'd like to define exactly what we mean by bev naïve and bev exposed. In our second line, mCRC patients, trials, and role patients would have already received first-line therapy that may or may not have included bev. A bev naïve patient is simply a patient whose prior therapy did not include bev. So, these patients would have received only FOLFOX chemotherapy in their first-line treatment before coming into our second-line trial. In our second-line ONSEMBLE trial, seven of our 21 patients evaluable for efficacy were bev naïve. We refer to the other 14 evaluable patients in our trial as bev exposed, meaning that prior first-line therapy included bev in addition to FOLFOX chemotherapy. So, the critical question we had as we watched the ONSEMBLE trial data mature over the past six months is, will the high response rates we saw for bev naïve patients in our Phase 1b/2 for single-arm trial continue to be observed in the ONSEMBLE randomized trial. And I'm excited to show you the results of the next slide. Slide 13 is the waterfall plot, which shows each patient's best response to therapy over the course of their treatment. As you can see, the answer to my question, the bev naïve patients receiving onvansertib with FOLFIRI/bev once again had the most robust response to treatment. Now allow me to walk you through what this slide is showing. Starting from the top of the slide, you can see that we have segregated the 21 evaluable patients into two groups. So, the seven bev naïve patients are on the left, the 14 bev exposed patients are on the right. Within each of these cohorts, we further divide the data into experimental arm patients who received on one-sided plus standard of care FOLFIRI/bev, and the control arm patients on FOLFIRI/bev without onvansertib. Looking at the graph, the bars above the midline represent tumor growth, and the bars below the midline represent tumor shrinkage. A teal-colored bar represents an objective partial response, meaning the patient had 30 percent or greater reduction in the tumor size. A light red bar represents progressive disease, which is an increase of more than 20 percent in the tumor size. And a yellow bar represents stable disease, which is between these two numbers. At the bottom of the slide, you can see the dose of onvansertib received by each experimental arm patient, either 20 milligrams or 30 milligrams, shown in blue boxes above the patient number. And the first three digits of the patient number is the clinical trial site number. As you scan from left to right on the waterfall plot, you can see that the three patients with the greatest tumor shrinkage observed are bev naïve patients receiving onvansertib plus standard of care. This is highly encouraging and consistent with what we would have expected based on our prior Phase 1/b2 trial data. On the next few slides, we'll parse this waterfall plot into sections and draw additional conclusions. As you call out on slide 14, you can see that for the bev naïve patients, the only objective responses were observed, we observed, were in patients that received standard of care plus onvansertib. Given this is a randomized trial, it's also important to point out that we did not see any responses in the control arm of bev naïve patients that received standard of care alone without onvansertib. In addition, by looking at the first three digits of each patient number, you can see that each bev naïve patient was enrolled at a different trial site, so that the bev naïve finding is not the result of any bias coming out of a single trial site. Specifically in the bev naïve patients that did respond, one patient received onvansertib, demonstrated a 44% reduction in the tumor size, and the second patient had a 43% reduction. Importantly, both these patients have confirmed partial responses. And we see these partial responses at both 20 milligram and 30 milligram dose of onvansertib. The third bev naïve patient who received onvansertib had a 20% reduction in the tumor size, which is very close to the 30% threshold to qualify for a partial response. I would like you to keep this patient in your mind as I'll provide more details in the next few slides. On slide 15, we focus on the 14 patients in the bev exposed cohort. And you can see that in both the experimental and control arms, there were no objective responses observed. And certainly the size of the effect appears to be less than what we see in the bev naïve cohort. And on slide 16 you can see that the bev naïve and bev exposed control arm patients appear to have very similar responses to the standard of care therapy. On slide 17, we are looking at the spider plots for the bev naïve patients. You can see that on the left are patients in the experimental arm. The teal lines in the plot allow you to see the trajectory of the two patients with confirmed partial responses. The plot on the right shows the bev naïve control arm patients who did not receive onvansertib. Importantly, the two control arm patients with tumor shrinkage at their two-month scan both subsequently progressed at their four-month scan and left the trial. Now on slide 18, I'd like to provide some context around the patient I mentioned earlier, who had a 27% reduction in the tumor size at their six month scan. On this six month scan, a suspiciously metastatic lesion was noted in the patient's lung. So, the treating physician decided to discontinue onvansertib, but continued treating the patient with standard of care FOLFIRI/bev. The lung lesion was later confirmed by biopsy to be a Valley fever of fungal infection, unrelated to the patient's cancer and not a new tumor lesion. At the patient's eight-month scan, the tumors increased sufficiently for it to be considered progressive disease. But more importantly, during this two-month period between the six-month and eight-month scan when the tumor progressed the patient was not receiving any onvansertib, but was only on FOLFIRI/bev. In summary, on slide 19, I'd like to reiterate the three attributes of the ONSEMBLE data that Mark and Jamie mentioned at the start of the call now that you have seen all the data. First, the ONSEMBLE trial was independent because it's a second clinical trial at a different point in time than our earlier Phase 1/b2 trial, showing once again that bev naïve patients have a strong response to therapy that includes onvansertib with FOLFIRI and bev. Second, the ONSEMBLE trial was a randomized trial, thereby removing all clinical bias, where we see that bev naïve patients in the control arm of FOLFIRI/bev without onvansertib had no objective responses. And finally, the ONSEMBLE trial was prospectively designed. The original bev naïve finding in the Phase I/b2 trial was from a retrospective look back at the data. However, we had seen the bev naïve signal before enrolling the ONSEMBLE trial and had prospectively planned to evaluate the differences in response rates between the bev naïve and bev exposed post patients in a randomized fashion. And importantly, when we look at the safety data that is included in the appendix of this material, we see that onvansertib when combined with chemotherapy plus bev is well-tolerated with no major unexpected toxicity that was observed. On slide 20, I'll conclude my remarks reminding you of the new mechanism of action we discovered for onvansertib, and that Mark mentioned at the start of the call. This mechanism of action explains why we believe we are seeing this clear efficacy signal in bev naïve patients. As we discussed in detail in August, we believe that the robust responses we are seeing are due to a novel mechanism of action that we have discovered for onvansertib's role in the hypoxia response pathway. It is well known that tumors outgrow their blood supply and become hypoxic, meaning they become starved of oxygen and nutrients. Tumors respond to this hypoxic stress by producing the HIF1 alpha protein. HIF stands for Hypoxia-inducible Factor 1 alpha protein, which turns on hundreds of genes that allow the tumor to survive in the hypoxic environment. One of those mechanisms involves the tumor secreting vascular endothelial growth factor A or VEGF-A, promote the formation of creation of new blood vessels to bring oxygen and nutrients to the cancer cell. As you can see on slide 21, bev works by neutralizing VEGF-A, inhibiting the creation of new vasculature, but onvansertib plays a role upstream of VEGF by inhibiting HIF1 alpha directly, and thereby, blocking all its downstream effects. This shows why onvansertib and bev are complementary in a bev naïve setting, by deploying two separate hits on the tumor angiogenic pathway and its survival mechanisms. In conclusion, in my 35 years as a medical oncologist, I've never been as excited as I am now to see the kind of efficacy signal we are observing across our clinical trials. Now, I'm going to hand this call back over to Jamie to continue the discussion further. Jamie?