Thanks, Carrie, and thank you, everyone, for joining us this afternoon. We ended the second quarter with $4 million in revenue, increasing 11% year-over-year and in line with the prior quarter. Based on our first half results, taken together with our outlook for the remainder of the year, we now expect full year revenue to be in the range of $16 million to $18 million for 2023, representing 10% year-over-year growth at the midpoint of the range. While our top line growth this year will be slower than our previous expectations, we firmly believe in a significant underlying market opportunity for proteomics technology. Our technology has the potential to change the trajectory and status quo of proteomics. However, changing the status quo takes time. I continue to have full confidence in the strength of our vision and our differentiated product offering to capture the opportunity ahead of us and to push the boundaries of what is possible. Just 18 months after the launch of our flagship Proteograph Assay Kit, we have launched our second product, the Proteograph XT Assay Kit. We also recently expanded our collaboration with Thermo Fisher Scientific to enable population scale studies using the recently launched Orbitrap Astral Mass Spectrometer in combination with the Proteograph XT Assay Kit in our newly launched SEER Technology Access Center, or STAC. I have never been more bullish about our opportunities than I am today. While much work remains, we're continuing to put the pieces in place to build the foundation for long-term growth. On our call this afternoon, I will walk through the near-term challenges to commercial adoption that we're experiencing and the actions we're taking to overcome them. Then I will share more detail about our new products as well as some exciting new data we're seeing from our partners and customers, which further validates my conviction for what becomes possible using the Proteograph Product Suite. Finally, I will turn the call over to David to provide more details on our second quarter financial results and our recent actions to further reduce our cash burn to preserve our robust balance sheet, which includes approximately $396 million in cash, cash equivalents and investments. As we have long said, we believe the ability to generate vast amounts of proteomic content, leveraging our technology will open up a new frontier in proteomics discovery. Prior to the Proteograph, unbiased proteomics studies were very small and therefore underpowered versus large-scale and adequately powered studies to fuel discovery. That said, we believe there is currently a disconnect between our differentiated and high-performance product and the commercial adoption that we're experiencing. Similar to other new disruptive technologies preceding us, our commercial progress will not always be linear. As we're developing the market, we're learning quickly and optimizing our approach to make sure efforts and focus are going to result in the highest return over time. While we see many tailwinds in this market over the coming months and years that would accelerate commercial adoptions, in the current market we also see some temporary headwinds. These headwinds are interrelated and we're tackling them in a way that we can most directly and quickly impact them. Most notably, these are: first, the acquisition and use of mass spec instruments, can be seen as a barrier to adoption for a segment of customers that are new to mass spec, namely the biologists and the genomitists [ph]. Second, there's a need for more publicly available data and publications, demonstrating the biological value of decoding the complex of Proteo in an unbiased manner at scale in order to shorten our sales cycle. And finally, a challenging macro environment has created additional barriers in terms of the availability of capital for new disruptive technology. We're taking steps to address these temporary headwinds and to work to lower the barriers to commercial adoption. So what are we doing? First, we're making changes to enable easier access to mass spec proteomics data. This is especially important for biologists and genomitists. We've always said that the addressable market for our technology will be across both proteomics and genomics market. While this remains the case, there are some nuanced behavioral differences between genomics and proteomics customers that requires us to refine our approach to drive market development adoption. Proteomics or mass spec expert customers previously had technological barriers that limited the scale of their deep unbiased studies. Consequently, they did not have a need to store or maintain large core of samples. Additionally, prior to the Proteograph, the investments and operations involve large capital expenditures for the acquisition of the mass spectrometers and relatively small expenditures on consumables. As a result, we're finding that the traditional mass spec technology is performing proteomic research readily recognize the value proposition of our Proteograph Product Suite. However, on average, there's slower to ramp up large-scale unbiased proteome studies since they need to secure the funding and samples to pursue large-scale studies. To remove the barrier of capital investment for the mass spec experts, we have introduced the strategic instrument placement program, or SIPP to allow them to begin using the Proteograph right away by utilizing available operating budgets. This will help them generate the data needed to secure funding and samples to conduct larger studies. Conversely, biologists and genomics, generally have access to biological sample are very familiar with consumable expenditures for generating OMEX data for the research and are better positioned to conduct large scale studies. These customers are almost universally recognized the value of unbiased approaches, given their experience with the discovery potential of unbias genomes and exomes relative to targeted micro area approaches. We're finding that many of these new to mass spec potential customers view the acquisition and use of a mass spec instrument as a barrier to adoption, yet they appreciate the discovery potential of the Proteograph's powerful and scalable unbiased approach. For these customers, we have now introduced the Seer Technology Access Center or STAC, which allows a Proteograph user to run samples in their own lab and have Seer run the mass spec or alternatively provide end-to-end study services from sample to data. We believe that as these important customers gain access to and validate and apply the biological insights provided by the Proteograph Product Suite, they will, over time, add mass spec technologies to their labs. Importantly, as I mentioned at the top of the call, we have expanded our collaboration with Thermo Fisher Scientific to develop and optimize Proteomics and Proteogenomics workflows. As part of this program, STAC will provide mass spec services by primarily leveraging Thermo Fisher Scientific Orbitrap astral mass spectrometer along with our new Proteograph XT Assay. While it is still very early, we're already seeing positive traction in the initial stages of our STAC launch and believe that this STAC will increase the velocity at which customers can access unbiased Proteomics data at depth and scale and improve the rate that customers can adopt and ramp the use of the Proteograph Product Suite. This will stimulate publicly available data and publications, demonstrating the power of our technology. Second, we're taking initiatives to shorten the sales cycle. The sales cycle is generally inversely correlated with customers' comfort to adopt technology. In the absence of third-party publication, the sales cycle is protracted because proof of principle studies are needed, and it takes time to establish credibility and build relationships with new accounts, while the publication base is still growing. There are four customer papers currently under peer review and where there are several additional ones that will be submitted by the end of the year. We continue to see strong interest in the Proteograph Product Suite and a growing number of opportunities available to us. As we wait for more third-party publications to enter the public domain, we're building market awareness of the Proteograph Product Suite and educating potential customers on the breakthrough nature of our technology and its unique capabilities. We're doing this by doubling down on creating in-person opportunities for customers to get to know us our KOLs and our technology through increasing meetings and seminars. In addition, we're continuing to support potential customers with proof of principle studies, help them understand and analyze these robust data sets and support our existing customers with publishing papers and in development of new studies. We have also made recent changes to the commercial team, both in terms of leadership and regional business managers. While it's going to take some time to see the impact from these changes in aggregate, I'm confident in the team and the strategy we have in place to deliver on our commercial opportunity ahead. Finally, amidst this challenging macro environment, we're providing creative solutions for customers to obtain the Proteograph Product Suite. We're hearing from prospective customers that they're especially cautious purchasing a new disruptive technology whose value proposition is not yet widely demonstrated through peer review publications. To address this, we're offering creative solutions for customers to access the biological insights from the Proteograph Product Suite, either through accelerating the utilization through SIP or accelerating the data acquisition through stack. Through SIP, we loan an instrument to the customer for a period of time, typically less than a year when coupled with an initial significant purchase of consumable kits. This program is also aided by the fact that many potential customers may have more readily available access to funds through operating budgets rather than capital budgets. We've already seen some good success with the SIP since its launch earlier this year. Reducing these barriers to adoption will also help us accelerate the generation of use cases and data sets to exemplify the power of the Proteograph Product Suite and unbiased proteomics at scale. These presentations and peer-reviewed publications will thereby provide proof to other potential customers of the value of our solution and its unique ability to provide insight at scale. As I mentioned at the top of the call, we made two important announcements at the American Society for Mass Spectrometry Conference in early June. First, the launch of the Proteograph XT as kit; and second, the launch of the stack and expansion of our collaboration with Thermo Fisher Scientific. The Proteograph XT assay workflow allows customers to design large-scale unbiased proteomics studies with an unprecedented combination of site, scope, speed and scale. The Proteograph XT assay uniquely provides high-resolution insights into the protium at the peptide level, enabling access to the diversity of species and sample types more than doubling sample throughput without compromising performance, all with less than 1 hour of mass spec time, further enabling studies to scale to power discovery. The Proteograph XT assay kit makes the protium even more accessible for both proteomics and genomics researchers as they deepen their biological insights and characterize genomic variants with functional proteomics information. And a single operator can access hundreds of samples per week. This is incredibly exciting since there is a vast amount of proteomic content yet to be discovered with enormous untapped potential to make an impact on our understanding of health and disease. At ASMS, Thermo Fisher Scientific highlighted the exceptional performance of the Orbitrap® Astral Mass Spectrometer in combination of the Proteograph XT for deep unbiased proteomics at an unprecedented scale and speed. The combination of the fully automated workflow of the Proteograph XT and the Orbitrap Astral produces over 6,000 protein IDs and over 54,000 peptide IDs per plasma sample with a 1% false discovery rate. The demonstration of this unprecedented depth, scale, and speed has paved the way for multiple discussions regarding population-scale unbiased proteomic studies which were impossible to contemplate prior to the Proteograph XT. As prospective customers will readily access studies, we believe the unparalleled value of the depth and breadth of this unbiased content will be demonstrated and the flywheel will begin to accelerate. The level of information we have today in the proteomic space is just at the tip of the iceberg compared to what we think will be possible 10, 5, or even two years from now. We're beginning to see signs of these customer studies starting to accelerate. The number of customer-driven studies we saw in the first half of this year has doubled from what we saw in the same period last year. Importantly, we're seeing some incredible insights, including the impact of the expanded capabilities with the Proteograph XT in early customer data. In June, we held a KOL panel meeting where investors had the opportunity to hear from four researchers representing different customer types and applications on their use of the Protograph. These customers included Steve Carr of the Broad Institute of MIT and Harvard, Josh Kuhn of University of Wisconsin, Philip Ma of Prognomics, and Chris Mason of Weill Cornell Medical. This event showcased strong enthusiasm for the power of unbiased proteomics and what the Proteograph product suite and XT assay kit will uniquely enable, which was not possible before. Dr. Chris Mason, who is a professor of physiology, biophysics, computational genomics, and neuroscience at Weill Cornell Medicine, has utilized a combination of the Proteograph XT and Orbitrap Astral in his longitudinal plasma samples of seven astronauts pre-flight and post-flight and identified over 7,500 proteins in his study in an unbiased way. This formed the basis for the identification of new biomarkers that are up and down regulated during space flight. These results demonstrate the step function change in performance of the combination of the Proteograph XT and the Orbitrap Astral for unbiased proteomics. Dr. Mason plans to publish these results as part of the broader multi-omic study of the impact of spaceflight on astronaut physiology. In June, another pre-print was published in bioRxiv by researchers at Auburn University that showcases the power of the Proteograph product suite beyond plasma or biofluid samples that was exemplified in our applications lab. This paper shows how the Proteograph Product Suite enables the proteomic analysis of highly complex tissue such as skeletal muscle. This tissue type has a wide dynamic range of protein expression levels similar to plasma and has been previously difficult to access. This paper provides yet another example of the flexibility and the power of the Proteograph product suite to analyze novel sample types and provide differentiated insights. And we're confident than ever in the long-term opportunity ahead of us. That said, until we have more third-party data in the public domain, we have some temporary headwinds impacting our commercial adoption, which are amplified by a challenging macro environment. We're confident that the actions we're taking will begin to accelerate the pace of data acquisition and customer publications. As we continue these market development efforts, we have taken action to reduce our headcount to streamline our organization across our business areas. While it is never easy to say goodbye to valued members of our team, the rightsizing of the organization will better match our cash burn with our revenue. With these changes, we're preserving our ability to execute against our commercial opportunities, while pushing the boundaries of what's possible in proteomics. I want to thank all of our Seer employees for their dedication and hard work every single day to help realize our vision of unlocking the power of the Proteo. I truly believe that we have the technology, the team and the strategy to bring the next phase in Omics to labs globally. With that, I will now turn the call over to David.