Thank you, Tom. Good morning, everyone, and thank you for joining us for our third quarter 2025 financial results and business update call. I'm pleased to report that our third quarter was a productive period for Humacyte and continued execution of our commercial launch with Symvess and also with advancement of our other bioengineered vessel programs. During today's call, I'll review progress across our commercial and development programs before turning the call over to Dale for a review of his financial -- of our financial results for the third quarter. Beginning with our commercial launch of Symvess, we're pleased by the traction we continue to gain in our interactions with surgeons and hospitals. To date, 25 hospitals and/or health care systems have completed the Value Analysis Committee, or VAC process and have approved the purchase of Symvess. Since these VAC approvals include multi-hospital networks, approvals obtained thus far represent 92 civilian hospitals now eligible to purchase Symvess. An additional 45 VAC committees at hospitals or health systems are currently conducting reviews of Symvess. Along with the progress in VAC reviews and approvals in the third quarter, product sales improved to $703,000, a significant increase over the $100,000 that we reported last quarter. Our active engagement with surgeons and clinicians continues to grow, and we're observing an increased number of hospitals placing orders and reordering Symvess. This active physician engagement is complemented by our steady drumbeat of strong publications that support Symvess and our technology platform. As you know, in July, we announced that Symvess had been awarded the Electronic Catalog, or ECAT listing approval from the U.S. Defense Logistics Agency, which provides the Department of Defense and other federal agencies with access to manufacturers and distributors' products. ECAT approval make Symvess available to health care professionals treating military service members, veterans and other patients receiving care at military treatment facilities and the U.S. Department of Veterans Affairs Hospitals. Since obtaining ECAT approval, we recorded our first commercial sale to U.S. military facilities. And we have great interest in improving medical options available to health care professionals who are treating military personnel and their families, and we look forward to advancing our discussions with additional DoD-affiliated hospitals. Our commercial rollout of Symvess was supported by the recent publication of 3 studies demonstrating the potential of this product in vascular trauma. First, the publication entitled Bioengineered Human Blood Vessels To Treat Hospital-acquired Vascular Complications was published recently in the Journal of Vascular Surgery. This publication describes the outcomes of using Symvess in the treatment of arterial injuries that are sustained in the process of medical care rather than injuries that are sustained in the community. Complications of surgery and vascular procedures, including iatrogenic injuries, planned oncologic tumor resections and what have you, are increasingly common in modern medical care and comprise up to 30% of patients requiring vascular injury repairs. Harvesting of autologous vein to address these consequences and complications produces additional injury for the patient and suitable vein may not always be accessible. This publication describes the outcomes of patients with hospital-acquired iatrogenic injuries or complications of vascular surgery procedures, which was a subgroup of our V005 pivotal Phase II/III clinical study that we conducted in the U.S. and Israel. At the end of an average follow-up of 23.3 months, 92% of the patients retained secondary patency or had blood flow in the conduit. None of the patients suffered an amputation, and there were 0 infections of Symvess. Patients experiencing hospital-acquired vascular complications represent an important subset of vascular trauma patients, and it's gratifying to see that the outcomes in this study show that Symvess can provide limb salvage and durable potency. Another publication in the Oxford Academic Journal Military Medicine described positive long-term results from our humanitarian program using Symvess to treat wartime vascular injuries in Ukraine. This publication reported on 17 patients suffering combat-related extremity vascular trauma from gunshot wounds, blasts and shrapnel. Up to 18 months -- after up to 18 months of follow-up, physicians observed 0 deaths, 0 infections and 0 amputations in these treated patients in Ukraine. Furthermore, Symvess had a high potency of 87.1% and no instances of immunologic rejection. These outcomes demonstrate the long-term durability of Symvess in the treatment of real-world combat injuries. And finally, the Trauma Surgery and Acute Care Open Journal published results of a new study comparing clinical outcomes of Symvess to those resulting from autologous vein in the treatment of extremity arterial trauma. This analysis leveraged data from 2 clinical trials, Humacyte's Phase II/III V005 study and the humanitarian V017 study in Ukraine and match Symvess patients in those trials to patients who had suffered similar injuries and who were previously treated with vein. The matching patients who were previously treated with vein were obtained from the PROspective Observational Vascular Injury treatment, or PROOVIT registry, which is the world's largest vascular trauma database. The comparison between Symvess and vein outcomes found that patients who were treated with Symvess had statistically similar outcomes to patients from the PROOVIT registry who received autologous vein. Secondary patency for Symvess versus the autologous vein group was 91% versus 97.7%. The amputation rate was 7.5% versus 8.2%. The conduit infection rate was 1.5% versus 0%, and the death rate was 4.5% for both groups, respectively. There were no significant differences that were noted between the 2 groups for any of these outcomes that were assessed. The use of autologous vein to repair an injured blood vessel is the current standard of care because it offers excellent long-term patency and low infection rate. However, in many cases, suitable autologous vein may not be available due to extreme limb damage, prior surgeries or poor vein quality. Even when available, harvesting the vein is a time-consuming procedure and may not be an option for patients with severe traumatic injuries. We believe that the results of this study underscore Symvess' potential as a much needed effective and life-saving alternative as a treatment for patients where autologous vein is not feasible. We're very pleased with these study results. And as Symvess is increasingly adopted by surgeons, we're confident that we will continue to see the benefits of this product validated by further research. In addition, we have another publication of the long-term results of Symvess in vascular trauma in a civilian setting that will be forthcoming soon. I'll turn now to the program that is our next priority, which is dialysis access. Positive 2-year results from the V007 Phase III trial of the ATEV in dialysis patients were presented last weekend at the American Society of Nephrology's Kidney Week 2025, which is the premier nephrology meeting. The ATEV demonstrated superior duration of use over 24 months as compared to autogenous fistula in high-need subgroups that have historically poor outcomes with AV fistula procedures. The significantly longer duration of ATEV use over 2 years in patients with this high unmet need could greatly reduce reliance on catheters for dialysis access, which are a major cause of complications, morbidity and costs for dialysis patients. Women and men with diabetes and obesity make up more than half of the dialysis access market and are historically underserved by the current standard of care. It's been known for decades that women, in particular, suffer low rates of fistula maturation, lower rates of fistula maturation than do men, but a lack of better alternatives has limited progress for these patients. We believe that the efficacy and safety results in this subgroup, combined with the approximately 50% failure rate of fistulas in this subgroup, makes women and high-risk men an important population for Humacyte to target. We look forward to publication of the results from the V007 Phase III trial in a major peer-reviewed medical journal. Before we file a supplemental BLA for the ATV and dialysis access, our plan is to complete a prespecified interim analysis of the currently ongoing trial, which is the V012 Phase III trial, which is being conducted in women on hemodialysis. The V012 trial compares the ATEV to women receiving fistula for hemodialysis access. A total of 109 patients have been enrolled to date in the V012 Phase III clinical trial, and an interim analysis is planned when the first 80 patients reach 1 year of follow-up, meaning that the interim analysis results should be available around April of 2026. Subject to those interim results, our plan is to submit a supplemental BLA in the second half of 2026, including data from V012, which is ongoing and the V007 Phase III pivotal study in order to add dialysis access as an indication for the ATEV. Finally, I'll briefly discuss one of our earlier-stage programs that we're also very excited about, our coronary tissue engineered vessel, or CTEV, for use in coronary artery bypass grafting, or CABG. Positive results of a preclinical study evaluating the CTEV as a coronary artery bypass graft in a nonhuman primate model were published in September of 2025 in JACC Basic Translational Science, which is a specialist journal launched by the Journal of the American College of Cardiology. In this study, the CTEV was observed to sustain blood flow, recellularize with the animals host cells and remodel to bring the diameter of the CTEV in line with an animal's native coronary artery. We are on track with our plan to advance CTEV into first-in-human study in CABG in 2026. We have filed an IND with the FDA for the CABG indication. And if successful, the CTEV would be the first novel conduit to be tested in CABG in the U.S. in decades. Before turning the call over to Dale, I'll mention last the expansion of our intellectual property estate and the grant of a new U.S. patent covering the composition of a bioengineered esophagus. This new patent provides protection into 2041 for key structural and mechanical attributes for an esophageal replacement, including size, strength and methods of production. Our tubular prosthesis patent family now encompasses granted claims for the composition and methods for engineered trachea, engineered urinary conduits and engineered esophagus. So our third quarter has been very productive for Humacyte as we've continued to grow our commercial launch and continue to publish strong supportive data for our vessel Symvess in multiple indications. We also look forward to continuing to share our progress going forward. And with that, I'll now turn the call over to Dale for a review of our financial results and other business developments.