Thank you, Lauren. Good morning, everyone, and thank you for joining us on our second quarter 2024 financial results and business update call. This has been a very productive time for Humacyte. Although we were surprised to learn that the FDA needs additional time to complete their review of the ATEV, BLA in vascular trauma, the entire Humacyte team continues to engage in commercial preparation to support our planned U.S. market launch if approved. In addition, the ATEV met its primary endpoint in the V007 Phase 3 trial in arteriovenous access for hemodialysis, and it demonstrated superiority over current standard of care. The ATEV also received its third regenerative medicine advanced therapy or RMAT designation from the FDA, this time in advanced peripheral artery disease. This supports ATEV's broad applicability across multiple indications. The BioVascular Pancreas, or BVP, was featured in a variety of medical and scientific presentations, which is highlighting its significant promise in type 1 diabetes. And finally, we strengthened our Board of Directors with the addition of two seasoned experts, Dr. John Bamforth and Dr. Keith or Tony Jones. During today's call, I'll review these developments in more detail before turning the call over to Dale for a review of our financial results. Then we'll be happy to open the call up to your questions. I'll begin with our program in vascular trauma. On Friday, we announced that the FDA will require additional time to complete its review of the BLA that we submitted for the ATEV in the vascular trauma indication. We were surprised to receive this notification from the FDA CBER leadership, who apologized and noted that our ATEV is a first-in-class product. As a reminder, the BLA for the ATEV trauma program was submitted to the FDA in December of 2023. The FDA granted a priority review in February 2024, which allows only a six-month review cycle instead of the standard ten months for most products. The original assigned PDUFA date was August 10th, 2024. Despite the FDA's delay, I want to emphasize that we remain confident in the approvability of the ATEV in vascular trauma based on our interactions with the agency to date. During the course of the BLA review, the FDA has conducted inspections of our manufacturing facilities and our clinical sites. They've also actively engaged with us in multiple discussions regarding the BLA filing, including post-approval marketing and labeling discussions. The FDA apologized for missing the August 10 PDUFA date and we do not yet have a revised action date. As we await an updated action date from the FDA, Humacyte continues to prepare for a planned U.S. launch. As we discussed last quarter, we've implemented a companywide multi-disciplinary program designed to ensure U.S. launch readiness. In June, we announced issuance of four new ICD-10 codes from the Centers for Medicare and Medicaid Services, or CMS. These codes will be effective for hospital discharges beginning in October 2024 and will cover procedures for replacing arteries in the upper or lower extremities using the ATEV. Humacyte also previously announced that we've hired Morgan Rankin as Vice President of Sales, joining Humacyte after 12 years at Teleflex Medical. Morgan most recently served as VP of Sales, Trauma and Emergency Medicine at Teleflex, where she led a team of approximately 100 sales professionals. Our entire commercialization team is positioning Humacyte to be ready for commercial launch of the ATEV in vascular trauma upon approval by the FDA in the future. Turning now to our program in dialysis access. In July of 2024, we were incredibly pleased to announce positive results from the V007 Phase 3 trial of the ATEV for arteriovenous access in hemodialysis patients who have end stage renal disease. As a reminder, this trial enrolled 242 patients and is a prospective, multicenter, randomized study designed to evaluate the usability of the ATEV for dialysis during the first 12 months after implantation. All participants will continue to be followed for a total of 24 months after implantation. The primary endpoint assessed functional patency or usability for dialysis access at six months, as well as secondary patency or blood flow through the conduit at 12 months. These assessments were co-primary endpoints and were compared to arteriovenous fistula, which is the current standard of care in dialysis access. At six months, 81% of patients implanted with the ATEV had functional patency as compared to 66% of patients receiving fistula, at 12 months. 68% of patients implanted with the ATEV had secondary patency or blood flow through the conduit as compared to 62% of patients receiving an AV fistula. The joint test for superiority of the ATEV versus AV fistula at 6 months and 12 months was statistically significant. Patients who received the ATEV also utilized the conduit significantly longer for hemodialysis during the first 12 months as compared to fistula. There were more adverse events reported in patients on the ATEV treatment arm than on those in the dialysis fistula treatment arm, although the impact of this observation is not clear currently. We're highly encouraged by these results, and we believe that they demonstrate the potential of the ATEV to improve arteriovenous access in hemodialysis patients who are underserved by the current standard of care. We look forward to presenting more detailed clinical results, including subgroup analysis, at upcoming medical meetings. We're also making progress in our program in Advanced Peripheral Arterial Disease or PAD. PAD is a cardiovascular disease of blood vessels most commonly affecting arteries in the legs. As many as 40% of patients who require a bypass to repair arteries of the lower leg do not have an autologous vein available for revascularization. Autologous vein is the standard of care for such patients. In June of 2024, Dr. Todd Rasmussen and colleagues at the Mayo Clinic in Rochester, Minnesota, published the outcomes of arterial bypass using the ATEV in patients with chronic limb ischemia or severe PAD. In this paper, which appeared in the Journal of Vascular Surgery, all patients treated with the ATEV for severe PAD had no suitable vein of their own for bypass and were treated under an investigator sponsored trial. Outcomes for the ATEV patency or blood flow and limb salvage in patients with severe PAD having no vein were comparable to historical control patients having similar disease but having received a bypass using their own vein at the Mayo Clinic. Mayo investigators reported that patency and limb salvage were similar for patients receiving ATEV and patients receiving bypass with their own vein, historically. This result highlights the potential impact that Humacyte's ATEV may have on patients suffering from severe PAD and having no veins of their own to perform a bypass operation. In July, the FDA also granted an RMAT designation for the ATEV in the PAD indication, following vascular trauma and AV access in hemodialysis. This marks the third indication for which the ATEV has been granted this RMAT designation. This designation is designed to provide pathways for expedited development and review of regenerative medicine therapies for serious or life threatening diseases or conditions. This designation allows for close interactions with the FDA and potentially an expedited or priority review of any BLA. At the same time, we also received clearance for a newly issued Ind for the ATEV in the PAD indication. To date, the ATEV has been evaluated in two Phase 2 trials in PAD with patients followed for as long as six years. In addition, the ongoing study at the Mayo Clinic is evaluating the ATEV in 30 patients with Chronic Limb Threatening Ischemia. All patients treated with the ATEV and PAD to date have had no autologous vein available for revascularization. And we believe the ATEV may represent an important therapeutic alternative for these patients. Returning now to diabetes. Results from an ongoing preclinical study of our BioVascular Pancreas or BVP product candidate continue to be featured in medical meetings. The BVP is designed to enable the delivery and survival of insulin producing islets as a potential treatment for type 1 diabetes. At the breakthrough T1D Beta Cell Consortium Meeting in June, scientists presented data in which stem cell-derived islets were observed to restore normal blood sugar in diabetic mice. In the mice, the stem cell islets survived and continued to produce insulin, with no evidence of adverse events from the stem cell-derived islets. These experiments were performed in collaboration with the Diabetes Research Institute at the University of Miami. In addition, we also presented results from a non-human primate study at the American Diabetes Association Annual Meeting in June. In this study, primate BVP implants showed islet survival and continued insulin production throughout the three-month duration of the study. Islets also developed capillaries to support survival of the insulin producing cells. This study was also performed in collaboration with the Diabetes Research Institute. We also presented results from studies of our small caliber, 3.5 millimeter diameter ATEV in the coronary artery bypass grafting, or CABG setting. This presentation was at the Tissue Engineering and Regenerative Medicine Conference in June. Preclinical six-month studies have been conducted in non-human primates to support the planned advancement of the small diameter ATEV into Phase 1 human clinical trials in CABG. We have observed remodeling of the ATEV to a diameter that closely matches that of the native coronary vessels, which is an outcome that has not been observed with any other conduit previously. This finding demonstrates the favorable biologic response of the host to the engineered human arteries in the coronary system. We're very pleased that the preclinical studies of the BVP and small diameter ATEV continue to show promising results, and we'll continue to update on the progress of this and other pipeline programs as they advance. Finally, last quarter we welcomed pharmaceutical industry veteran Dr. John P. Bamforth and the distinguished health system leader and physician, Dr. Tony Jones to the company's Board of Directors. John and Tony are both distinguished commercialization and health system leaders whose experience and perspectives will be extremely valuable as we prepare for planned commercial launch of the ATEV in vascular trauma. And with that, I'll now turn it over to Dale for a review of our financial results and other business developments.