Thanks, Carrie, and thanks, everyone, for joining us this afternoon. I'm encouraged by the growing enthusiasm for the Proteograph Product Suite we across a variety of applications spanning discovery, translational, and clinical research. During the third quarter, our team continued to make important progress against our strategic plan and we ended the quarter with $4 million in revenue, and approximately $441 million of cash, cash equivalents, and investments on our balance sheets. I have never been more bullish than I am today about the future of Seer. Our technology will meaningfully enable researchers to undertake population scale studies that can uncover the complexity of the proteome, including the discovery and identification of previously unknown protein variants. Identifying and elucidating the biological role of these protein variants is the next frontier in the quest to understand human health and disease. To that end, key leaders in proteomics are calling for the establishment of the Human Proteoform Project, similar to the Human Genome Project, which was profoundly important in the transformation and acceleration of biological and medical research using genomics. The ambitious goal of this proposed initiative is to map the entire human proteome by generating a definitive reference set of protein variants produced from the genome. The needed discovery work simply cannot be done without the deep unbiased access to the proteome at scale that Seer uniquely enables today. We believe that initiatives like the Human Proteome Project are key in enabling the proteomic community to vastly increase the resolution of proteomic studies. For this to become a reality, we will need the synergistic combination of two distinct technologies. First, an unbiased detector with peptide level resolution to identify and differentiate protein variants. And second, a platform to capture the vast array of protein variants at scale and in an unbiased way. This will enable population scale studies, which will be required for identifying and cataloging the universe of protein variants. Now, the gold standard for unbiased detector for proteomics is mass spec, and the only commercially available platform for deep unbiased sampling of proteins at scale is a Seer's Proteograph Product Suite. We expect Seer's platform will be a major enabler of initiatives, such as the Human Proteome Project, because of our ability to deeply interrogate the proteome in a scalable way, which provides an unmatched ability to discover and catalog novel content. Now, I'll start today by sharing some updates on our progress against a key objective to drive growth in 2022 and beyond, and then I will turn the call over to David to provide more detail on our financial results. As a reminder, our five key objectives are first, supporting customers to scale their use of the Proteograph Product Suite for projects of increasing size and scope. Second, expanding our global customer network and installed base of instruments. Third, continuing to build a team commercial capabilities and geographic footprint. Fourth, expanding our partnerships to make it even easier for customers to adopt our technology, and fifth, driving a product roadmap to enable more applications. Starting with how our customers are using the Proteograph. We're excited to see our more established customers ramping the use of our technology, with an increasing interest in larger studies, ranging from hundreds to thousands [Indiscernible]. As we've said previously, the Proteograph removes the barriers that previously constrained deep unbiased proteomic studies in complex sample types to fewer than 50 samples. Our technology is also highly extensible. Through our engagement with customers, and prospective customers, we're seeing significant interest in utilizing the Proteograph to explore a broad range of sample types, diseases, and organisms through studies of various scopes. With our growing installed base, our Centers of Excellence are COEs coming online and the addition of prospective customers to a sales pipeline, we have a line of sight to a growing number of larger studies. We're seeing excellent progress with our COE partners in both the size and scope of studies being performed. Three of our COE partners are now working with large pharma and academic customers in significant studies. In addition, these COEs are demonstrating the power of the Proteograph Product Suite with their own data. For example, Evotec has used the Proteograph to deeply interrogate the proteomic content of biological samples beyond plasma such as urine, cerebrospinal fluid, and condition media. The latter enables studies of the secretome, which are proteins that are differentially secreted by cells and tissues in health and disease. Their team will be hosting a webinar in the coming weeks to discuss their data with different bio fluids using the Proteograph Product Suite. We're also seeing interest from pharma and biotech customers in running service projects with hundreds of samples across various applications. These projects span a broad range of disease families, including neurodegenerative diseases, oncology, cardiovascular disease, reproductive health and aging. Notably, -- application and human samples. Our technology is inherently species-agnostic in that it also enables researchers to use the Proteograph Product Suite on studies with model organisms and applications and other end markets, such as animal health. We're encouraged by the breadth of projects among our customers, and are excited to see multiple studies that were run earlier this year, moving closer to manuscript submission. Customer-driven proof points are essential in developing the market for any first of its kind product. We believe that as more third-party data enters the public domain over the coming months and years, the differentiated value proposition of the Proteograph Product Suite to provide novel insights into the proteome, and to enable the next generation of multi-omics studies will become more and more established. While third-party data moves toward publications, we continue to publish on the underpinning of our technology to demonstrate its unique capabilities. To that end, during the third quarter, we announced the publication of a groundbreaking study in advanced materials, demonstrating the power of engineered nano-bio interactions to enable deep access to the proteome. This paper highlights how the combination of proteomic methods, nano engineering, and machine learning enables the capture of thousands of proteins. The published results significantly expand the fields understanding of the nano-bio interactions, and how the optimization of these interactions could enable the discovery of novel biomarkers and biologic insights. It is exciting to see the groundswell of enthusiasm emerging around proteomics. Over the past few months, we attended several conferences, where we continue to see a growing interest in the presentations from both Seer and our customers. This content is featured and available on our website. Most recently, our team attended the American Society of Human Genetics conference, or ASHG in Los Angeles, where we presented three posters highlighting our Proteogenomic capabilities. Although this conference is traditionally more focused on genomics, we're involved in by the exceptional enthusiasm for potential customers who attended our posters, talks, and visited our booth. We're seeing an increasing interest from genomics researchers who want to access proteogenomic content and are excited about what the Proteograph Product Suite enables. Importantly, a growing number of publications and commentary are also highlighting the challenges of existing targeted proteomic approaches. Researchers are excited about having unbiased access to the proteome, which enables them to discover novel protein variants and to deepen their multi-omics insights. To that end, we presented at the ASHG demonstrating the power of our Proteograph Analysis Suite to enable user-friendly data, visualization, and reproducible analysis of proteomic and genomic data at scale, including the identification and exploration of variant peptides. We also demonstrated how the Proteograph enables disease classification and biomarker characterization in the poster looking at 200 sample Alzheimer's cohort performed in approximately four weeks and generating data for over 5,000 proteins. Finally, in a study of non-small-cell lung cancer patients, we showed that peptide level resolution can reveal biologically important differences in the expression of distinct variants of the same protein as the protein isoform level. And this important difference in protein variant expression would have been masked if this study was performed at the protein level without peptide level resolution. These presentations help demonstrate to researchers how the Proteograph Product Suite can enable high resolution proteogenomic by providing unbiased peptide level data at scale, in a timeframe not previously possible. Now, turning our attention to our commercial progress. There continues to be a growing interest and excitement surrounding the Proteograph Product Suite across a wide range of customer types of applications. We're seeing strong interest across geographies and our pipeline of qualified leads is equally split between academic and commercial customers. As we've said previously, the sales cycle for our commercial prospect is shorter relative to our academic prospects. The enthusiasm for the value proposition of our technology continues to grow, which has been a strong tailwind in a market full of economic headwinds. We continue to pay attention to the evolving macroeconomic environment, particularly related to the uncertainty with respect to its impact on biopharma spending, constrained CapEx budget, staffing shortages, and limited customer access in certain markets such as China. These factors have served to elongate the purchasing decision for potential customers. Our team continues to execute despite these challenges and will remain focused on the task at hand. To that end, we're making great progress hiring top talent to support our growing commercial efforts. Seer continues to attract leaders from across genomics, proteomics, and other leading omic companies. And I'm very proud of the team we have built and are continuing to build under Scott's commercial leadership. Now, we also continue to make important progress with the Proteogenomics Consortium. As a reminder, this is a multi-year collaboration that we established with Discovery Life Sciences [Indiscernible] in which discovery will offer deep unbiased proteomics capabilities to the existing and new genomic services customers, with a goal to ramp to an annual capacity of over 100,000 samples. Discovery Life Sciences has both the program and science instruments installed and will undertake a 500 sample proteogenomic study to generate marketing data for their upcoming launch. Finally, we're driving towards the next set of innovations to further extend the capabilities of the Proteograph Product Suite. Last quarter, we released our proteogenomic workflow or PAS 2.0, which makes high resolution proteogenomic and novel biological insights accessible with a click of a button. Early feedback has been extremely positive and we're committed to delivering continued advances that make it easier for different customer groups to adopt deep unbiased proteogenomic at scale. As we mentioned, we're extremely encouraged by the interest and reception received for our presentations on this topic at the recent ASHG Conference. At Seer, our overarching objective is to allow our customers to see deeper into the proteome by innovating across workflows in our instrument, assay, consumables, and data analysis software. We're relentlessly focused on delivering a great customer experience from sample loading to final report. Our data and software teams are continuously expanding our data tools, data management, and data analysis with an eye on enabling a broad range of labs to adopt the Proteograph. We're also paving the path into the future, as we expect to see studies experiences thousands and even tens of thousands of samples, by innovating how large datasets can be managed to enable population scale deep unbiased proteomic studies. One current example of how we're innovating with our analysis approach is the use of fear generated peptide reference libraries. Using these libraries, we're able to go up to 50% deeper into the proteome that we could previously reanalyzing prior studies and discovering more content. Our goal is to incorporate these libraries, as well as multiple tools for larger studies and data sets into our Proteograph Analysis Suite releases in 2023. I'm so excited for what is ahead for Seer. Our customers continue to amaze us with the use of the Proteograph and to imagine what's possible in their proteomics studies, a testament to the value and power of our technology. I'm encouraged by the enthusiasm we're seeing across our current and prospective customer base, and I'm confident that we're well-positioned to capitalize on the large opportunities ahead. With that, I will now turn the call over to David.