Good morning, everyone, and thank you for joining us today. I'm pleased to report that TriSalus has delivered a quarter of strong growth and that we continue to execute the key initiatives that will enable us to continue this upward trajectory. With our expanding market footprint, innovative product launches and strategic clinical advancements, we're on track to drive sustained growth of 50% annually for the foreseeable future. For Q3, TriSalus reported a total revenue of $7.3 million, reflecting a 42% growth compared to the same period in 2023. Several key factors have driven this growth; new account activations, deeper penetration within existing accounts, continued education around our permanent, TriNav specific reimbursement, and compelling clinical data supporting the use of TriNav in treating complex patients. On the commercial side, TriSalus has been steadily expanding its footprint across all high volume markets. By the end of the year, we expect to have approximately 50 commercial personnel via a mix of sales and clinical specialists. Our goal is to establish comprehensive coverage of high procedure markets. This expansion is central to our confidence in sustaining 50% annual growth over the coming years. I'll turn the call over to Sean Murphy, our Chief Financial Officer, for a detailed review of our financial results later in the call. Our commitment to engaging the interventional radiology and hospital communities remain strong. We continue to share the growing body of clinical evidence, showcasing value of our PEDD technology in delivering more targeted therapy to tumors, especially in complex patient cases. As we approach the year-end, I want to draw your attention to the important catalysts we're focused on. The launch of TriNav Large, clinical initiation our PROTECT registry trial for the use of TriNav in multimodular order by the end of the year, and new HEOR data that includes an additional year of TriNav launch outcome, further substantiating the efficacy of TriNav in treating complex patients. This comprehensive analysis will be published in the first half of 2025 with key highlights to be discussed later in my opening remarks. TriNav 2.0 to launch in the first half of 2025, Phase I clinical trial data in Uveal melanoma liver metastasis and our initiation of partnership discussions, final completion of 13 patients enrolled in PERIO-03, with data summary and next steps determined in the second half of 2025. And lastly, significant reduction in expenses and cash burn with the goal to become EBITDA positive in 2025. So let me begin with our product launches. We're excited to announce that the launch of TriNav Large and TriGuide Catheter is underway and going well. This launch signifies our commitment to addressing the embolization challenges of complex patients and extends the TriNav product portfolio to offer interventional radiologists the full suite of pressure-enabled drug delivery solutions for all treatment approaches. The current TriNav device addresses vessel dynameters up to 3.5 millimeters for segmental and subsegmental approaches. A significant number of cases are low bar procedures and require larger diameter device, which provides full access to the $375 million chemo and radio embolization market. Before launch, we conducted an extensive market evaluation over six months and received highly favorable feedback on its performance, trackability in navigating complex vascular anatomy, improved tumor response, reduced complications and resource utilization. Additionally, we are on track to launch TriNav 2.0 in the second half of 2025, our next-generation device designed to offer enhanced tracking abilities for more precise navigation and placement. This advanced version builds on the original TriNav technology, providing clinicians with improved control during procedures. With its enhanced trackability, TriNav 2.0 aims to elevate procedural accuracy and efficiency, further supporting optimized patient outcomes. In parallel, with our commercial and new product efforts, we're advancing the DELIVER clinical program. This program is designed to demonstrate enhanced efficacy and safety across a broad spectrum of complex difficult-to-treat patients through investigator-initiated studies, further underscoring the impact of our PEDD technology. A central theme of this program will be to investigate innovative approaches to highlight the impact of improved therapeutic delivery and enhance safety through normal tissue steering when using the TriNav system in these completions. We aim to explore the potential of combination therapies with transarterial bland, chemo and radio embolization delivered via the TriNav system, which we will expect demonstrate enhanced efficacy and overcome resistant mechanisms in difficult-to-treat cancers. We define these complex patients as though involving one or more of the following: previous embolization and therapy, multifocal, diffuse or bilobar liver lesions. This is significant tumor burden, large tumors greater than 8 centimeters in size; multiple comorbidities, including liver dysfunction; and hypovascular tumors, which means they have poor blood supply. Now on last quarter's call, I introduced a new target patient population using TriNav to treat multinodular goiters. The PROTECT study, which stands for Pressure Enabled Retrograde Occlusive Therapy with Embolization for Control of Thyroid Disease, has been initiated by Dr. Juan Camacho and Dr. Ralph Tufano at Sarasota General Hospital. The goal is to enroll 100 patients across five leading academic sites to demonstrate enhanced efficacy, reduced side effects and lower cost of treatment versus surgery. Multinodular goiter is quite common with approximately 5% of the adult population found at nodule. Some publications report a prevalence of up to 50% in individuals over the age of 50. We estimate that this procedure expands the potential addressable market for TriNav by approximately 50,000 procedures, representing an incremental market opportunity of $400 million. In addition to focusing on the liver embolization in pancreatic markets, our market opportunity for technologies is now over $1 billion. Additionally, this new procedure utilizing TriNav is eligible for the same HCPCS reimbursement code, allowing for seamless integration into current billing practices. Today, these patients with more extensive numerous nodules are referred to surgery due to symptoms of pressure, dysphagia, choking sensation or airway obstruction. Risks of thyroidectomy include hypothyroidism, hypoparathyroidism, recurrent laryngeal nerve injury and bleeding. Ablation is also used, but typically restricted to the treatment of single nodule. Land embolization with TriNav has several significant benefits, since it is minimally invasive, uses an injection of particles to create ischemic injury to the thyroid and nodule, and allows the patient to have minimal downtime. We also intend to open additional DELIVER studies in the first half of 2025, all aimed at elucidating the benefits of TriNav technology in other complex patient types. We are enthusiastic about the DELIVER program's potential to highlight our technology's unique benefits and provide the clinical information physicians need to confidently select them for their patients. Additionally, we look forward to providing an update to another year of data in our HEOR study looking at real-world data, capturing both safety and clinical complications for TriNav, as compared to conventional catheters over the 2020 to 2023 time period. This study adds an additional year of TriNav utilization from a large 300 million patient data set covering 98% of all US payers. These updated data, which compared key characteristics in clinical complication rates of 603 PEDD patients with those 16,210 non-PEDD patients, provides valuable insights into the benefits of PEDD technology that would otherwise have taken many years to accumulate through alternative approaches, for example, like randomized controlled clinical trials. Key findings included the following: significantly increase the amount of chemotherapeutic delivered to the tumor. TriNav have reduced 30-day inpatient stays, reduced overall clinical complications, reduced rates of paracentesis, which means reduced time -- number of times the patient had fluid drain from their abdomen due to a failing liver function, and reduced overall healthcare costs due to post-procedural complications. As we continue to expand the commercial adoption of PEDD in the US, we are also engaging medical oncologists and endocrinologists to educate them on its benefits and discuss integrating its use into their embolization treatment algorithms. The medical community is interested in understanding the value of PEDD in different applications and the value of enhanced therapeutic delivery to tumors with reduced toxicity. Now let me turn to nelitolimod. We presented Phase 1 results from the PERIO-01, Pressure-Enabled Regional Immuno-Oncology clinical trial at the Society of Immunotherapy of Cancer Meeting, SITC. This trial investigated the use of pressure-enabled drug delivery, or PEDD, of nelitolimod in uveal melanoma liver metastases. Nelitolimod has been shown in preclinical studies to favorably modulate myeloid cells, suggesting that PEDD administration could enhance the efficacy of immune checkpoint inhibitors. The Phase 1 study was a dose escalation trial of hepatic arterial nelitolimod in uveal melanoma liver metastases and included three cohorts for a total of 67 patients. Cohort A, which was 13 patients, received nelitolimod as monotherapy; Cohort B, which was 34 patients, received nelitolimod plus nivo; and Cohort C received nelitolimod plus nivo and ipi. The primary endpoints were progression-free survival and overall survival. Of the 67 patients treated, 69% had a prior systemic therapy and a substantial number has significant tumor burden of greater than 5-centimeter lesions in 27% of the patients and 10 liver lesions in 36% of the patients. Key findings included Grade 3, 4 treatment-related adverse events, which occurred in 13% of patients most frequently in Cohort C, where checkpoint inhibitor administration was involved. The recommended Phase 2 dose was 2-milligrams of nelitolimod, plus nivo or ipi nivo, and that was 23 patients. The one-year OS was 74.7%, and the median OS was 20.6 months. The one-year PFS was 47.6%, and the median OS was 8.7 months. Disease control rate was 65%, with similar survival outcomes in the checkpoint refractory and the checkpoint naïve patients. OS was similar in the checkpoint refractory, which was six patients with 80%, and the checkpoint naïve was 17 patients at 71%. The overall survival in the PFS outcomes were not dependent on HLA restriction status. Among valuable patients, the clearance of circulating tumor DNA, ctDNA, was 50%, and clinical benefit correlated with reduced tumor MDSCs and increased IL-15 and IL-18 levels. The results suggest that PEDD administrated nelitolimod, combined with checkpoint, provides promising clinical benefits and durable survival in heavily pretreated patients with uveal melanoma liver metastases regardless of HLA status. We are highly encouraged by the results of PERIO-01, which substantiate our hypothesis that nelitolimod administered via PEDD can create a more favorable tumor micro environment in the liver. These findings suggest that nelitolimod has the potential to amplify the therapeutic impact of immune checkpoint inhibitors, particularly for heavily pretreated patients with uveal melanoma liver metastases. Given the challenging prognosis associated with uveal melanoma liver metastasis, we are deeply committed to expanding access to this innovative therapeutic approach. To that end, we're actively exploring strategic partnerships to advance this indication further. The high unmet need in this patient population underscores our commitment to exploring partnerships that can accelerate this program and broaden its reach. We believe by collaborating with like-minded organizations, we can unlock the potential of this therapy and drive impactful clinical advancements in this challenging indication. Regarding PERIO-03, a Phase 1 clinical study that includes a novel pancreatic retrograde venous approach with PEDD, evaluates nelitolimod's ability to modulate the tumor microenvironment and promote systemic tumor immune responses. This study involves delivery of nelitolimod via our innovative pancreatic infusion device, where it demonstrated both strong delivery performance and a favorable safety profile. This breakthrough technology is designed to deliver targeted therapeutic agents directly to the pancreas, potentially enhancing treatment precision and efficacy for pancreatic conditions. The target population was patients with locally advanced pancreas disease who have failed at least one line of standard therapy. To date, we completed enrollment of 13 patients and are evaluating their safety in 3 dose levels. There has been no severe safety events related to the PEDD devices or the procedure, and nelitolimod infusions with PEDD have been well tolerated potentially favorable intratumoral and systemic immune signal. These findings indicate the safety of regionally delivered nelitolimod monotherapy via PEDD support further exploration using combinatorial approaches. We're enthusiastic about the potential of our nelitolimod combined with our novel infusion technology. And once the final bit of data emerges mid-2025, we'll outline next steps. Based on our experience with over 90 patients treating with nelitolimod for primary and metastatic liver tumors, this drug is well tolerated in these patients and has immune and clinical effects that may support favorable clinical outcomes. In particular, the ability of nelitolimod to mediate favorable effects on MDSCs and M2 macrophages in liver metastases may be beneficial in these patients. After exploring nelitolimod in several Phase 1 clinical trials, we have focused our efforts on partnering uveal melanoma liver metastases and determining next steps for locally advanced pancreatic cancer. Most importantly, this focused clinical approach represents a pivotal milestone in our company's evolution, positioning us to be EBITDA positive, which will drive long-term sustainability and value creation. To achieve this significant milestone of becoming EBITDA positive in 2025, our company will focus on accelerating revenue growth, while remaining committed to operational discipline. We're targeting a, sales of 50% growth in 2025, supported by a robust strategy that includes expanding our market penetration in chemo and radio embolization, optimizing sales team performance, and driving adoption of TriNav and TriNav Large, launching TriNav 2.0 to provide a complete solution to Interventional Radiologists. Additionally, we'll implement cost control measures and streamline operations to improve margins, ensuring that every dollar contributes to profitability. By aligning the efforts of our sales product and operational teams, we're confident in hitting this milestone and creating long-term value for shareholders. Before I turn the call over to Sean, I'll close by saying we're pleased with the company's performance and confident in our ability to execute our company building strategy. We remain on track against our objective, to achieve over 50% top line revenue growth, advance our pipeline and strengthen our operational foundation. With that, I'll turn it over to Sean Murphy, to provide an update on our financial performance in the quarter.