Thank you, Lauren. Good afternoon, everyone, and thank you for joining us for our third quarter 2023 financial results and business update call. Our third quarter was a highly productive period for Humacyte, during which we achieved significant milestones in the advancement of our universally implantable bioengineered human tissue product candidate the Human Acellular Vessel, or HAV, and we've worked on this in multiple indications. This was led by our announcement in September of positive top line results from our Phase 2/3 clinical trial in vascular trauma repair, which positions us to submit our BLA filing for approval in this indication during the current quarter. We're also pleased that potential of our HAV pipeline has been shown in other clinical studies this quarter, including the presentation of Phase 2 results in severe Peripheral Artery Disease, or PAD. In addition, we recently published preclinical results of our small caliber HAV in a juvenile heart disease model. During today's call, I'll review these recent highlights 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 to your questions. I'll begin with our HAV program in vascular trauma and the positive top line results that we announced from our V005 Phase 2/3 clinical trial of the HAV in trauma repair. In this clinical trial, the HAV had higher rates of patency and lower rates of amputation and infection as compared to historical published benchmarks of synthetic graft function in trauma patients. A total of 69 patients were enrolled in the V005 trial, and 51 of these had vascular injury of the extremities and comprise the primary evaluation group for the study. The 30-day patency or presence of blood flow for the HAV in the clinical trial was 90% as compared to approximately 81% historically reported for synthetic graphs. Importantly, the HAV also demonstrated lower amputation rate with a rate of 9.8% for the HAV as compared to over 20% being reported historically for synthetic graft. This means that for a vascular trauma patient receiving the HAV, the chances of amputation are less than half of the chances associated with receiving a synthetic graft. It's also important to note that in the V005 trial, there were no amputations that occurred because of failure of HAV. All of the amputations occurred because of severe injuries to the limb and not due to loss of blood flow from the HAV implant. The HAV also demonstrated lower rates of infection, with an infection rate of 2% compared to over 8% historically reported for synthetic graft. In other words, patients receiving the HAV in this trial were less than half is likely to suffer an amputation, and one-fourth is likely to have an infection of their graft as patients who historically got synthetic graphs for their injuries. Building on the momentum of these positive results, we plan to submit a Biologics Licensing Application, or BLA, with the FDA during this quarter. In May of this year, Humacyte received a Regenerative Medicine Advanced Therapy, or RMAT, designation from the FDA, which will allow us to request a priority review of our BLA filing. Since we've also received priority designation from the Department of Defense, we believe that we'll have a high potential for priority review of our planned BLA filing in the trauma indication. Further buttressing the real-world utility of the HAV in treating injured patients, Humacyte's vessels have been used in Ukraine under humanitarian aid program. During the one-year humanitarian effort, 19 vascular trauma patients received the HAV in Ukraine. Results will also be highlighted from these patients in our BLA filing with the FDA. Outcomes from these 19 patients were described in a presentation at the 2023 Military Health System Research Symposium in August, with clinicians reporting a very high success rate in treating these patients with the HAV to date. In war wounded patients in Ukraine, who suffered blast and shrapnel injuries that were often severe, both a 30-day limb salvage and 30-day patient survival were 100%. 30-day patency or blood flow was 95%, and there were no reported instances of infection of the HAV. We believe that these remarkable results are an important addition to our BLA filing, and we're proud to be able to help our Ukrainian surgeon colleagues, save life and limb in this wartime setting. Humacyte and our collaborators expect to make multiple presentations at the VEITH Symposium, which is a major vascular surgery meeting in New York next week. These include an expanded presentation of the results of our V005 vascular trauma trial. And also the outcome of research, which seeks to identify which dialysis patients experience the most difficulties with their dialysis access and which patients may benefit from an access that is both durable and resistant infection. In September, clinical results were also presented on an FDA-regulated investigator-sponsored clinical study at the Mayo Clinic. In this study, patients with severe peripheral arterial disease, who face possible limb amputation and who had no vein of their own for bypass surgery, were treated with the HAV to restore blood flow to their limbs. In the presentation at the Midwestern Vascular Conference, Mayo researchers observed that the HAV was a safe, resilient and effective conduit for arterial bypass and limb salvage. This is an important result since approximately 40% of patients requiring lower extremity bypass do not have saphenous vein available. In the future, the HAV may represent a promising alternative for preserving limbs in patients with advanced peripheral artery disease. With regard to publications, in October of 2023, a publication in the Journal of Thoracic and Cardiovascular Surgery described a preclinical study showing the potential for the investigational small diameter HAV to treat Tetralogy of Fallot, which is a heart condition that affects one in every 2,000 babies born each year. In this large animal study, Humacyte collaborated with researchers from Nationwide Children's Hospital in Columbus, Ohio to implant 3.5-millimeter HAVs into a juvenile model of pediatric heart surgery. The 3.5-millimeter HAVs remained patent for up to six months and showed evidence of repopulation by host cells, which was similar to what's been observed in human patients. This study also demonstrated the extension of Humacyte manufacturing platform, adding production of 3.5-millimeter vessels in the same platform that is used to produce Humacyte 6-millimeter HAVs, which are the ones that are in current clinical use. In July, results from a preclinical study on the ability of the HAV to resist infection were published in the Journal of Vascular Surgery-Vascular Science. This study provides a scientific basis for the low rates of infection that we have observed in clinical trials of the HAV to date. Researchers found that compared to synthetic grafts, the HAV had a significantly lower bacterial infection rate. This infection resistance of the HAV may be due to the native-like biocompatibility of the HAV material, which supports the survival and function of human immune cells that are the key to fighting bacterial infection. These results have broad implications for all of our intended clinical indications and further support the potential of the HAV as an excellent alternative to synthetic graphs in a wide range of medical conditions. And with that, I'll now turn it over to Dale for a review of our financial results and other business developments.