Thanks, Carrie, and thank you, everyone, for joining us this afternoon. I will begin our call today by providing updates on our business, and I will then turn the call over to David to provide more details on our financial results for the first quarter of 2024 and our outlook for the year. We remain incredibly bullish on the potential of our technology to transform our understanding of the proteome. Proteograph data produced and presented by our customers is truly outstanding, and we fundamentally believe in the long-term value of our differentiated technology. However, the pace of adoption and utilization of the Proteograph platform is not yet on track with our expectations. As we have previously stated, an important factor to driving adoption and utilization is a demonstration of the biological insights provided by the Proteograph in the form of peer-reviewed publications from our customers. To that end, we've had several important papers published in the recent months and have a strong pipeline of customer publications that will be forthcoming in high-impact journals throughout the year. First quarter revenue came in at $3.1 million as we continue to experience headwinds to adoption of the Proteograph Product Suite, in large part due to the elongated sales cycles from the paucity of publications as well as ongoing macro-challenges. Given our performance in the first quarter and the current pace of adoption, we now expect 2024 revenue to be in the range of $16 million to $18 million. Until we see an inflection in revenue, we're focusing our resources on our commercial organization while reducing our cash burn to preserve our strong balance sheet. In line with the strategic direction, we're taking the following actions. First, we're continuing to invest in and expand our commercial team to ensure we have the right people in place to drive adoption, education, and awareness of the Proteograph Product Suite. Second, we're launching an additional Seer technology access center located in Europe providing end-to-end services from sample to data for our European customers. Third, we're implementing an approximately 10% reduction in force outside of our commercial organization to further reduce our use of capital until adoption and revenue growth accelerate. Finally, given our strong balance sheet, prudent use of capital, and fundamental belief in the long-term value of the Seer platform, we believe there is a dislocation in our long-term value relative to our current share price. Therefore, we're putting in place an open market share repurchase program for up to $25 million. We're confident our cash balance provides us with ample runway to reach our strategic objectives of becoming the definitive tool leaders in Proteomics. Now, I'd like to share some of the progress we've made across our business, starting with enhancing access to the Proteograph Product Suite. Our Strategic Instrument Placement Program, or SIPP, has continued to remove barriers by utilizing available operating budgets, allowing researchers to begin using the Proteograph right away. Notably, during the first quarter, we saw multiple customers purchase their instruments that had been placed through the SIPP, a testament to the value and quality of the data generated by the Proteograph. Additionally, we continue to serve customers through the STAC, which allows the Proteograph user to run samples in their own lab and have Seer run the math back, or alternatively, provide end-to-end study services from sample to answer. STAC is an important accelerator in the accessibility of unbiased proteomics data, given the elongated sell cycles due to continued funding and macro challenges. Increased accessibility will continue to catalyze the generation of third-party data and publications, further highlighting the transformative potential of the Proteograph. During the first quarter, we prioritized running samples for high-value accounts with larger studies at lower price points that will serve as key reference customers to drive continued adoption of our technology. We expect these customers will present and publish their studies in the upcoming months, further reinforcing the differentiated value proposition of our technology. While we continue to operate STAC at its capacity, the prioritization of these studies resulted in the lower STAC revenue for the quarter. Given the success we've seen with the STAC in the U.S., we're excited to expand into Europe with the launch of the STAC lab in Germany next month. This will give researchers in Europe the ability to unlock biological insight through comprehensive, deep unbiased proteomics research. We look forward to continuing to address a major unmet need for researchers across the region. Last month, we were excited to launch our 2024 Seer Insights Grant Program aimed to support innovative and collaborative researchers who require access to comprehensive, unbiased proteomic insights to advance scientific discovery. 6 awardees will receive grants to support studies ranging from 40 to 160 samples, leveraging our cutting-edge technology and expertise from sample preparation to data analysis. We're looking forward to working with the scientific community to facilitate breakthroughs in oncology, cardiometabolic, and neurology fields. We see these 3 therapeutic areas as key areas of growth for the Proteograph Product Suite. We're accepting applications through mid-June, and the Grant awards will be made in the third quarter. We will complete the studies in our STAC, and grantees will have an opportunity to present their findings at a prominent scientific conference in 2025. Moving on to the validation of our technology. To date, we have 7 preprints, 4 peer-reviewed Seer publications, and 3 peer-reviewed customer publications showcasing the value of the Seer technology. Since our last earning call, we were excited to see 2 more manuscripts from researchers at Auburn University go through the peer-review process and be published. One paper was published in FACEP and showcases the power of the Proteograph beyond plasma and biofluid sample that was exemplified in our applications lab. This paper shows how the Proteograph enables the proteomic analysis of highly complex tissues such as skeletal muscle and provides insight into the cellular changes that happen during cellular senescence and aging. This tissue type has a wide dynamic range of protein expression levels with a dominance of certain key proteins similar to plasma. As such, skeletal muscle has been previously difficult to access for deep unpriced proteomic analysis. This paper provides yet another example of the flexibility of the power of the Proteograph Product Suite to analyze novel sample types and provide differentiated insights. The second paper was published in Aging and uses skeletal muscle samples to understand molecular intricacies of aging and effects of aging and resistance training on the proteomic profiling of skeletal muscle cells. Specifically, the study found that differences in non-myofibrillar and myofibrillar proteomes were evident between the younger and middle-aged cohorts. In addition, the most differentially expressed non- myofibrillar proteins were more enriched in middle-aged participants than younger participants. In summary, they found that aging and resistance training predominantly affect non-contractile protein skeletal muscle. The novel approach of this study allowed researchers to identify exercise-related protein targets and uncover previously undetected protein isoforms. These studies further exemplify the differentiated biological insights that can be gained by investigating tissue samples using the Proteograph Product Suite to better understand aging specifically and human health and biology more generally. In addition to these publications, we continue to see customers submitting manuscripts to preprint servers, which is commonly the first step to make a study publicly available while the manuscript is undergoing the peer review process for publication. In April, researchers from Columbia University Irving Medical Center submitted a manuscript to Research Square investigating the significance of various biofluids as important repositories of biomarkers for early detection of diseases. When comparing the Proteograph XT workflow with conventional approaches such as the plasma workflow, the researchers found that Proteograph XT demonstrated versatility when applied to various biofluids and outperforms other workflows in terms of plasma proteome depth, quantitative accuracy, and reproducibility while offering complete automation of sample prep. This study underscores the critical role of the Proteograph XT in advancing large studies to enable biomarker discovery and ultimately has the potential to improve the quality of patient care. We expect to see the number of presentations and publications continue to grow throughout the year. Last month, at the American Association for Cancer Research, or AACR, annual meeting, Streck, a leader in quality controls on sample stabilization in blood, presented data from a proof of principle study they conducted with Seer. Their study highlighted the performance of Streck's newly developed Protein Plus BCT, a blood collection to design specifically for proteomic applications. The Streck data demonstrated unprecedented protein stability at room temperature across 4,000 proteins in plasma that can be quantitatively measured with the Proteograph XT and a mass spectrometer. Seer uniquely provides the ability to look at low-abundance proteins given the sensitivity of the Proteograph Assay, and the combination of the Protein Plus BCT and the Proteograph Product Suite is equally powerful for the research, translational, and clinical communities. By decreasing pre-analytical variability using a robust and standardized sample collection process, and pairing that with a robust and standardized proteomics analysis workflow, you paved the path for deep unbiased proteomics to be as easily accessible and scalable across different labs and organizations. This is particularly important as applications for proteomics continue to expand across a growing set of end markets, exactly as genomics has done over the past 20 years. Beyond access, we've made important enhancements to our technology. Earlier this year, we made our Protein Discovery Catalog broadly available. Our customers and prospective customers can now utilize the Discovery Catalog to prepare their research protocols and support grant submissions with publicly available data on the breadth of proteins that have been identified through the use of the Proteograph. We have made excellent progress expanding this library in the last few months, as we currently have over 36,000 proteins across human, mouse, and multiple modern organisms, converted 10,000 human proteins at launch across 1,900 pathways that can be detected and interrogated using the Proteograph. The number of identified proteins will continue to grow as more mass spec-based proteomics data becomes available. Feedback has been overwhelmingly positive as scientists are able to add precision, insights, and opportunities for biomarker discovery to genomics and proteomic studies. We also continue to receive positive feedback on the power of the Proteograph XT assay. As we've said, it has been extensively demonstrated that the Proteograph XT robustly amplifies the performance of any mass spectrometer between 5- and 8-fold in achieving depth of proteomics coverage in complex samples. Importantly, the magnitude of this amplification has been consistent despite improvements in generation of the mass specs over the past several years. This is because the Proteograph fundamentally solves a different problem than the mass spec systems. For example, the number of proteins identified in a complex sample such as plasma with the leading Bruker timsTOF HT is approximately 500 to 700 proteins. However, when paired with the Proteograph XT, the number of protein IDs increases to 4,000 to 5,000 in any given sample. Similarly, the leading Thermo Fisher Scientific Orbitrap Astral can identify 700 to 900 proteins in plasma. However, when paired with the Proteograph XT, the number of protein IDs in a given sample can increase to 6,000 to 7,000, and often 8,000 or more proteins can be identified across a given study. Importantly, the Proteograph enhances proteomics coverage using a simple and robust automated workflow. It's clear that this will be an important driver to unlock biological insights through proteomic data, and we're continuing to work to drive the inflection point of adoption of this technology. Looking ahead to the rest of 2024, we continue to execute against our core strategies of driving evidence and publications, continuing to enhance access to the Proteograph, innovate with our products, and expand our applications. With that, I will now turn the call over to David.