Well, thank you, Kiki, and good afternoon, everyone, and thank you for joining our conference call for the first quarter of 2024 business update. It was less than a year ago that we announced that our clinical development plan for onvansertib was focused on the first-line treatment of RAS-mutated metastatic colorectal cancer or mCRC. The data we shared last August supported this move. And our focus on first-line mCRC addresses a large patient population, almost 50,000 new patients a year in the United States, for whom there have been no new therapies approved in 20 years. In the first quarter of 2024, 3 data sets added to the body of evidence supporting our first line focused strategy. First was the ONSEMBLE data, which served as an independent and randomized data set that replicated the efficacy signal in bev-naive patients observed in our Phase Ib/II trial. Second was our 5 posters presented at the annual meeting of the American Association for Cancer Research or AACR. And finally was the publication of data in the peer-reviewed journal Clinical Cancer Research from the Phase Ib portion of our Phase Ib/II KRAS-mutated mCRC trial. I want to emphasize our conclusion that the collective data released in Q1 strongly supports our finding that adding onvansertib to standard of care, FOLFIRI and bevacizumab, which I will refer to as bev, has significantly -- has significant efficacy in RAS-mutated mCRC patients that are bev-naive, that is, patients that have had no prior treatments with bev. Now during today's call, we have 3 topics to cover. First, I will provide a summary of the promising data we presented last month at AACR. Next, we will discuss our lead program in mCRC and provide updates around our ongoing CRDF-004 trial. And finally, we'll talk about our financial position that we disclosed today in our Form 10-Q. So let's begin. Last month, the American Association for Cancer Research held its 2024 Annual Meeting in San Diego, in which Cardiff Oncology presented a total of 5 posters, all of which are available on our website. One poster describes the design of our ongoing CRDF-004 trial. A second poster presented data that supports our first line strategy in mCRC by providing new translational data from our Phase Ib/II trial in second-line KRAS-mutated CRC. Three additional posters shared promising preclinical data in other cancer indications, including RAS wild-type mCRC, small cell lung cancer and ovarian cancer, demonstrating the broad opportunity we see for onvansertib. I would like to highlight some of the important data we presented in the poster on our lead program in RAS-mutated mCRC. In this poster, we presented both clinical data from the Phase Ib/II trial and subsequent data from preclinical studies that forms the basis of the scientific rationale for our clinical findings. We also demonstrated that bev-naive patients within this trial had a higher objective response rate and a longer progression-free survival. The additional preclinical data disclosed at AACR provides further evidence that onvansertib and bev have their pharmacological effect at 2 different nodes of the hypoxia pathway. We hypothesized that onvansertib and bev work in a synergistic manner, giving a 1-2 punch to the tumor. Our hypothesis was further strengthened by our preclinical in vivo data in 3 KRAS-mutant mCRC xenograft models. Combination treatment with onvansertib plus bev resulted in significant superior antitumor activity compared to monotherapy with either agent. And importantly, the combination treatment also resulted in a greater decrease in tumor vascularization compared to either agent alone. This finding provides rationale for further exploration of the combination of onvansertib and bev in additional indications where bev is FDA approved. Collectively, the clinical and preclinical data presented at AACR in RAS-mutated second-line mCRC provides further validation of our ongoing CRDF-004 trial. We believe onvansertib will have a significant impact in the first-line setting given that all patients are bev-naive. Now let's move on to our additional posters presented at AACR in therapeutic areas outside of our core focus of RAS-mutated mCRC. To date, most of the data we have generated in mCRC has been in RAS-mutated patients, and we are often asked if our therapy could work for patients who do not have a RAS mutation. At AACR, we shared encouraging preclinical data in RAS wild-type mCRC, meaning these models were derived from patients who did not have a RAS mutation. Preclinical study in RAS wild-type mCRC patient-derived xenograft, or PDX, models aimed to assess the efficacy of onvansertib as monotherapy and in combination with the eGFR inhibitor, cetuximab, which is the standard of care for RAS wild-type mCRC patients. We evaluated models that were both sensitive to cetuximab and resistant to cetuximab. In summary, onvansertib displayed robust antitumor activity as a single agent in cetuximab-sensitive and resistant PDX models. As for combination therapy, efficacy was enhanced when onvansertib and cetuximab were combined, compared to monotherapy of either agent alone. In combination, onvansertib and cetuximab induced tumor stasis of regression in 90% or 18 of the 20 PDX models. Overall, we are exceptionally pleased with our RAS wild-type preclinical data presented at AACR as it emphasized that onvansertib have broad spectrum activity in mCRC, independent of RAS mutational setting. This provides sound rationale for us to consider future clinical trials in RAS wild-type mCRC. I now would like to share the data we presented at AACR demonstrating onvansertib's antitumor activity across multiple tumor types outside of mCRC. If you recall, last September, we shared clinical data from our investigator-initiated trial in extensive-stage small cell lung cancer, where onvansertib as a single agent demonstrated a confirmed partial response with 50% shrinkage of patients' tumor among the first 7 patients treated on the trial. While we were impressed by onvansertib's single-agent activity, we believe a combination strategy would be the optimal approach to treating this aggressive disease. At that time, we disclosed that our clinical path forward in small cell lung cancer would be the combination strategy of onvansertib and paclitaxel, which is one of the standards of care for second-line small cell lung cancer. At AACR, we presented preclinical evidence that supports this clinical plan. In vitro, the combination of onvansertib plus paclitaxel synergistically inhibited tumor proliferation in cell lines for small cell lung cancer. In vivo, the combination was well tolerated and highly effective in cisplatin-sensitive and resistant PDX models for small cell lung cancer. These findings support the scientific rationale for a planned investigator-initiated trial combining onvansertib with paclitaxel as a promising treatment strategy for extensive-stage small cell lung cancer patients. Our final poster presented at AACR evaluated the combination of onvansertib plus carboplatin or gemcitabine in high-grade serious ovarian cancer models where both of these agents are standard of care. In vitro, onvansertib was synergistic in combination with carboplatin as well as with gemcitabine in an ovarian cell line. In vivo, both combinations demonstrated antitumor activity in platinum-resistant ovarian cancer PDX models and were well tolerated. Overall, we believe that these data support the potential of onvansertib to improve standard of care treatment for platinum-resistant ovarian cancer patients. At the moment, we are still determining our path forward in this indication. So in summary, the data we presented at AACR this year provided strong scientific rationale for the clinical development of onvansertib across multiple tumor types and various combinations. And our RAS-mutated mCRC data provided further validation of our lead program in our ongoing CRDF-004 clinical trial. Now, turning to our second agenda item. CRDF-004 is our ongoing Phase II trial evaluating first-line patients with RAS-mutated mCRC. Onvansertib is being added to the standard care -- current standard of care, which is either FOLFIRI plus bev or FOLFOX plus bev. We plan to enroll a total of 90 patients, who will be randomized to receive either 20 mgs of onvansertib plus standard of care, 30 mgs of onvansertib plus standard of care, or standard of care alone. We are working closely with our partner, Pfizer Ignite, who is conducting the clinical execution of the trial. And we are highly confident in Pfizer's ability to operationally execute given their track record of success. Currently, we have 24 activated clinical trial sites. In August of 2023, when we decided to move forward with the CRDF-004 trial, we forecasted that we would be able to share initial data from the trial in the Q2, Q3 2024 time frame. As of today, and based on the actual enrollment trends at our activated sites for the past few months, our expectation for the timing of an initial readout is now in the second half of this year, or Q3, Q4. I want to make it clear that this timing for the readout is solely based on the pace of enrollment. We, together with Pfizer Ignite, feel confident in our ongoing site activation and enrollment efforts, and we believe that we have all the resources to meet this timing. We anticipate this initial top line data release will include objective response rate for approximately half of the 90 patients we expect to enroll in the trial. Now I would like to turn the call over to Jamie to discuss our third agenda item, our first quarter 2024 financial update.