Thanks, Cassie, and good afternoon, everyone. Revenue for the third quarter declined 1% year-over-year, in line with our pre-announcement. Our results this quarter fell short of our expectations. This was primarily caused by more disruption than we had anticipated from the sales restructuring we implemented this quarter, and by cautious customer spending particularly around capital purchases as we continue to navigate a challenging macro environment. While these changes in our commercial structure are necessary to drive our growth and strategy, we expect to see continued headwinds and also expect cautious customer spending to persist. We now expect full-year revenue in the range of $595 million to $605 million. At the midpoint of the range, this implies flat fourth quarter revenue compared to our third quarter results, and represents a 3% decline from the prior year. Adam will talk through more of the details of our updated guidance range shortly. There is no question our revenue growth in 2024 has been disappointing. The year has had a number of moving pieces that have made it particularly challenging. We initiated major product transitions across all of our platforms, and significantly evolved our sales organization, all of this with the backdrop of a difficult macro environment and changing competitive dynamics across the portfolio. Despite these current headwinds, we continue to believe we're on the path to the most significant transition in the tool space since the introduction of NGS. We have the leading portfolio of single cell and spatial technologies, and we envision a world in which most tissues will be analyzed using our products. The strategies we're pursuing to accelerate on this pathway are, first, to evolve our commercial structure in order to bolster widespread use of our technologies; second, to create increasingly accessible price points so that we can drive ubiquitous use of our tools across all samples. We tend to be a leader on price, and with our new product launches, we believe we now have the best cost structure for customers across a wide range of experiments. We have showed over and over our ability to extend our technological leadership and push frontiers. With these new offerings, we believe we're now the leader in both technology and cost; and third, to advance our capabilities with new products, workflows, and software in order to enhance ease of use and drive more adoption. Finally, we intend to accomplish these objectives with a diligent approach to investment and cash management. I'm confident that the steps we're taking will enable us to reach more customers, execute consistently across the portfolio, and drive the broad democratization of our technologies to reach the full potential of the large opportunity ahead. For the rest of the call today, I will discuss what we're doing to advance our strategies and why we're confident they will set us up for future long-term growth. Adam will then provide more detail on our third quarter financials and specific impacts for our outlook for the rest of the year. Let's start with the changes we've been making to our commercial organization. As we shared on our last earnings call, we re-architected our commercial infrastructure from the ground up, making foundational changes to transform how we engage with our customers. We sell to a diverse set of customer types and research segments. And we designed our new sales structure to focus our team to better serve all their distinct needs whether in academic or biopharma settings, scaling up top-tier customers, driving more adoption among emerging users, or bringing new researchers into the ecosystem. To accomplish this, we have a specialization to key areas by creating a distinct capital equipment team explicitly focused on driving Xenium instrument placements, creating a distinct biopharma organization which is focused on better serving the unique needs and expansion opportunities in that sector, and adding a dedicated team to nurture new and emerging accounts, the next generation of 10x customers. In addition to this specialization, we also recalibrated territory sizes to make each territory more manageable and to drive more efficient utilization of our sales force. While these changes were necessary, they did cause more disruptions than we anticipated, ultimately this is the largest disruption in the areas where the sales structure changed the most. For example, over 40% of customers accounts in the Americas changed sales coverage within the quarter. And our new biopharma and capital equipment teams still have a large number of open roles. Our teams now have an improved focus and more defined roles with targeted incentives. I am confident these were the right changes to make, and see them already creating more clarity and rigor in our processes. There is still work to do to realize the full potential of our commercial organization. We're working fast to fill our open headcount. Account executives are still on-boarding and getting up to speed with the new customers and territories. We expect it will take time before reaching the full benefit of impact from our new approach. We're confident these changes will help us deliver the best experience to our customers, open up new opportunities, and drive efficient growth across the portfolio. Turning to our chromium portfolio, as we have been communicating for some time, driving into price elasticity has been a particular focus for us. We recently took another step in this direction by launching new products and capabilities aimed at lower the cost and ultimately expanding access of single cell analysis. First, we're setting a new standard for the cost per cell for researchers with the launch of GEM-X Flex. Customers can now run millions of cells for less than $0.01 per cell, and over five-fold reduction compared to previous products. We're brining our highest performing and most flexible assay to our new GEM-X technology architecture. GEM-X Flex enables broader opportunities for mega scale CRISPR screens, cell atlasing projects, and multi-site translational studies, among others. Second, to decrease the cost per sample, even at a small scale we launched GEM-X Universal Multiplex. With this product researchers can batch and run four independent samples up to 5,000 cells each for approximately $560 per sample. This is a new multiplexing capability for our flagship GEM-X Universal 3 prem and 5 prem gene expression assays, which we launched in March of this year. Furthermore, even while we're lowering cost barriers for our customers, these two products have comparable growth margins to our current consumables. Finally, to address CapEx barriers, we launched Chromium Xo, our most affordable single cell instrument at a U.S. list price of only $25,000. Chromium Xo serves as a budget-friendly entry point into routine high-performance single cell analysis. Xo enables researchers to generate high-quality data with less hands-on time, labor, and experimental cost compared to non-10x workflows. Our GEM-X Universal 3 prem singleplex and multiplex assays are available on the Xo. With these launches we're addressing a primary bottleneck for our customers; price. At the same time, we have also delivered new protocols, capabilities and software to enhance ease of use and drive more adoption. Chromium Flex, for example, should be uniquely suited to open up more translational research. It is the only commercial single cell assay compatible with FFPE samples, which are often constrained by limited cell quantities. With GEM-X Flex, we've delivered a four-fold reduction in required cell input, significantly expanding the opportunity to include the best amounts of biobank clinical samples that were previously off-limits for single cell research. Another example is the on-chip multiplexing workflow built into GEM-X Universal Multiplex, which is an efficient and elegant way for researchers to analyze more samples in a single run. On-chip multiplexing eliminates the need for upstream sample tagging, simplifying the process, and reducing hands-on time compared to other sample multiplexing methods. And we have introduced new solutions for upstream sample fixation to improve the workflow. Whole block fixation to expand sample compatibility, and library prep automation to enable greater throughput. On the software side, we delivered automated cell annotation, making it easier and faster for researchers to go from experiment to insight. Cell annotation is a fundamentally hard problem and a critical part of most types of single cell analysis. With this new capability, we're addressing one of the biggest challenges in data analysis for our customers. Altogether, we're excited about the strength, differentiation, and leadership of our single cell portfolio. And with the new products, workflows, and software we've introduced, we'll enable more researchers to adopt single cell methods for more studies, more often. For additional product information, we encourage you to refer to the supplemented materials we posted on our Investor Relations website, along with the earnings release. As we continue to execute on single cell, we're also motivated by the immense potential of our spatial platforms. We were encouraged by spatial consumables usage this quarter, with the continued adoption of Visium HD and Xenium 5K. Within the Visium platform, we're seeing the majority of labs order Visium HD, and now that the initial wave of customers is starting to move past evaluations, we're beginning to see good reorder trends. In addition, we're seeing the majority of new to Visium customers start with HD, an encouraging sign of the benefits this product brings to researchers. Adoption of our Visium CytAssist instrument continues at a solid pace. Our experience over the years has made it clear that an instrument like CytAssist is key to delivering a complete solution for customers. CytAssist is critical for enabling a robust and straightforward workflow, one that allows customers to use standard histology slides. Additionally, by ensuring consistency, precision, and preservation of spatiality, CytAssist is integral to high-quality data and more accurate scientific results for our customers' experiments. Within the Xenium platform, we saw continuous adoption of Xenium 5K in Q3, leading to overall Xenium consumables revenue growth sequentially, and we continue to see encouraging utilization trends with sequential growth in the number of runs. We consistently hear very strong feedback from our customers on these products, on the data quality, and on their ease of use. These complementary spatial platforms support a broad spectrum of customers' use cases and accommodate the ways their research and research questions may evolve over time. As we look forward, I'm encouraged by the underlying progress we're making and motivated by the immense opportunity I see ahead. Understanding biology requires measuring molecules, cells, and tissues at large scale and at high resolution. Our technologies are delivering these fundamental capabilities to researchers around the world, but these are still very early days. My conviction is fueled by our customers, both the work they're doing today and their ambitions for the future. I came away from last month's Human Cell Atlas General Meeting energized by the community's plans to take on larger, more complex studies, to embark on high-impact translational projects, and to explore new single cell and spatial applications that could transform the world's understanding of health and disease. Conversations like these reinforce my belief that single cell and spatial continue to be some of the most exciting and game-changing opportunities in the life sciences. While we continue to see strong adoption with cutting-edge genomics researchers, we believe there is an even larger opportunity across the broader space of academic research, whether in basic science or in translational applications. This opportunity spans across many different fields, including oncology, immunology, neuroscience, metabolic health, women's health, infectious disease, aging, and multiple others. We know this opportunity exists because we see early interest and use from many new kinds of customers, just not yet routinely or at scale. Even among our well-established academic customers, we're seeing interest in running larger-scale experiments, whether moving towards translational applications, analyzing large patient cohorts, or embarking on massive cell screening campaigns. In biopharma, there is increasing interest to apply single cell and spatial technologies across the entire continuum of the drug development process. For example, many groups are focused on applying single cell and spatial tools for target identification and drug discovery, especially in the context of large-scale CRISPR experiments or combinatorial drug screens. In preclinical work, the emergence of organoids as a superior research model should open up a broad range of use cases, including characterization of disease development, progression, and therapy mechanism of action. We believe cell therapy development is another exciting opportunity, as our tools have the potential to accelerate biomarker discovery and screening, enhance cellular environment profiling, and support drug product characterization. And there exists an even larger space of translational applications to apply our technologies to clinical trials, which in many ways is only now becoming possible. We have built a sizable franchise with single cell and a solid foundation in spatial. And while this year has certainly had its challenges, we firmly believe there is a vast opportunity ahead and that we're the best company to deliver on it. Before I turn it over to Adam, I'd like to officially welcome him to 10x. On our last call, we announced he would be joining us as our new CFO, and I'm really excited to have him on board. With that, I'll turn it over to Adam.