Thank you, David. This quarter, Allogene has made substantial progress moving us closer to potentially redefining treatment options in both oncology and autoimmune diseases through our innovative AlloCAR T platform. Looking ahead to 2025, we're energized by the advancements in our pivotal cema-cel trial, the upcoming IND submission for ALLO-329 and the promising data for ALLO-316 in advanced renal cell carcinoma, recognized by the FDA as a potential breakthrough. While we won't have an update on the ALPHA3 first line consolidation trial for cema-cell until mid-2025 when we finalize our go forward lymphodepletion regimen, I want to recognize our exceptional clinical team. They are navigating a highly complex landscape to bring trial sites online amid intense competition and I'm incredibly proud of their accomplishments to date. Since its launch in June, the trial has successfully activated 27 of the planned 50 sites, with approximately 60% of those at community centers. Although the proportion will shift as more academic sites are activated, this early emphasis on community-based centers is essential to assuring broad accessibility. If any CAR T therapy can make meaningful inroads into community settings, we believe, it will be an allogeneic product like ours. Beyond the LD selection in mid-2025, we continue to anticipate primary event-free survival data by the end of 2026 with potential for a biologics license application submission in 2027. I'd like to now turn your attention to ALLO-316 and the data we released this morning. We are excited to share ground-breaking Phase I data on ALLO-316, our first AlloCAR T product candidate for the treatment of advanced renal cell carcinoma or RCC. This data showcases the encouraging responses found in heavily-pretreated patients and underscores the potential for ALLO-316 to become a pivotal off-the-shelf CAR T therapy for solid tumors. Let's dive into the details. I'll first start with response rates. A single infusion of ALLO-316 demonstrated an impressive 50% best overall response rate and a 33% confirmed response rate in patients with metastatic kidney cancer, with high CD70 target expression, defined as a Tumor Proportion Score, or TPS, above 50%. Importantly, the majority of patients with advanced or metastatic RCC have CD70 TPS scores at or above this level. Given the number of previous therapies these patients have been on, most of which were in combination, I can't overstate how meaningful this data is, a single infusion that generates responses in patients with advanced disease and also yields what we would call a treatment break. This is part of the reason we believe our investigators are eager to enroll patients in this trial. Just as exciting as the response rates we've seen in TRAVERSE is the dose cohorts where we are seeing them. The rates I just mentioned, 50% overall and 33% confirmed responses, occurred in our selected Phase Ib expansion dose cohort. This dose cohort featured a standard fludarabine and cyclophosphamide-based lymphodepletion regimen. We believe the unprecedented antitumor activity of this allogeneic CAR in a solid tumor setting is attributable in part to our proprietary CD70 Dagger Technology. With this technology and our deepening understanding of its intrinsic ability to selectively deplete activated CD70 positive alloreactive host T cells, we have seen robust expansion and sustained activity of ALLO-316 even with standard Flu Cy lymphodepleting chemotherapy regimens. This highlights the potential of the CD70 CAR as a next generation allogeneic platform capable of producing meaningful clinical responses in solid tumors and, in the case of ALLO-329, which incorporates the Dagger Technology, in autoimmune disorders as well. Lastly, and something that has been much discussed, with the addition of another 20 patients enrolled, since the last data update, we have gained significant experience handling the potent activity of ALLO-316 and have established a safety profile that could enable continued progress in a challenging field like CAR T therapy for solid tumors. Through our newly implemented diagnostic and management algorithm, we have been able to effectively recognize and treat immune effector cell associated HLH like syndrome known as IECHS. Much like what was done in the early days of CAR T development as the industry wrestled with CRS and neurotoxicity, developing and proactively utilizing tools to mitigate risk, creates a pathway to maximizing potential efficacy and improving patient outcomes. The strength of our data has led to RMAT designation for ALLO-316, signifying the FDA's acknowledgment of ALLO-316 as a potential treatment for advanced RCC. While we don't typically comment on FDA interactions, the speed with which this designation was received reflects the promising impact ALLO-316 may have for patients with advanced or metastatic RCC. The data will be featured in an oral presentation at the International Kidney Cancer Symposium, or IHCS, on November 8th, followed by a poster presentation at the Society For Immunotherapy of Cancer, or SITC's, annual meeting on November 9th. Both presentations will be accessible on our website. We continue to actively evaluate ALLO-316's safety and efficacy in the Phase 1b expansion cohort. This will help define the optimal dose for Phase 2 trials setting the stage for development for our CAR T technology in solid tumors. We are deeply encouraged by these results and the opportunity to offer hope to patients in need of new options for managing their disease. Today's data is a testament to the potential of ALLO-316 and ultimately, Allogene's commitment to advancing the field of CAR T cell therapy. We look forward to providing further updates, as we move into the next stages of development across all of our programs. I'll now turn this call over to Geoff.