Thanks, Cassie, and good afternoon, everyone. During today's call, I'll start with an overview of our first quarter progress and performance, highlighted by the launch of 4 major new products that we believe set a new standard for single cell and spatial biology. Next, I will discuss the exciting opportunities we have ahead across our 3 platforms and the steps we are taking to deliver on the future. Then I'll turn the call over to Justin for a more detailed look at our financials, business trends and outlook for the rest of the year. For the first quarter, total revenue grew 5% to $141 million. We continue to drive strong growth in spatial, led by our Visium franchise and the highly anticipated launch of Visium HD. We also saw strong interest in our new Chromium GEM-X technology, which delivers substantially higher performance at a lower price. A significant number of customers trialed the new architecture, contributing to lower-than-expected quarter-end orders for Chromium overall. Despite the near-term sales impact, we believe GEM-X will invigorate Chromium growth over the long term and ultimately enable wider single cell adoption. And while we're working to deliver on the vast opportunity ahead in Chromium, our strategy has always been focused on the strength of the entire portfolio and on providing the full breadth of our capabilities to customers. With our 3 complementary platforms in single cell and spatial, we're committed to innovation that enables the scale and resolution necessary for researchers to better understand biology and disease. We believe that we're still early in this opportunity and in adoption of these tools. This year, we're introducing franchise-defining products in each platform to enhance our performance, leadership and accelerate long-term growth. These products are a testament to the enduring strength and velocity of our innovation engine and its value for customers around the world. These launches also reflect how we listen closely to customer feedback and build products that are most responsive to their needs. Let me highlight a few of our latest advances and how we expect them to extend our technology leadership. First, we are thrilled to officially start shipping Visium HD at the end of March. For our team, there's really no better feeling than seeing new products in the hands of researchers. That's especially true here. Visium HD has not only been the most requested product in our history but also one of the most ambitious development projects we've ever taken on. It is precisely the kind of challenge 10x was built for. It is yet another example of our ability to tackle hard problems and arrive at the best solution possible for our customers and their research. Visium HD enables whole transcriptome spatial analysis at single cell scale resolution. It runs on existing CytAssist instruments, leverages the same robust and easy-to-use workflow as standard Visium and brings the field of spatial discovery to a whole new level. While it's still very early, we're really pleased with the strong initial demand and tremendous enthusiasm we're seeing from our customers. The positive momentum further fuels our ambition to establish Visium HD as the platform for translational discovery. This quarter, we also continued to deliver on our robust Xenium R&D pipeline. We began shipping both our multi-model cell segmentation product and our new immuno-oncology gene panel in March. Cell segmentation includes an add-on kit compatible with existing Xenium assays. It leverages advances of assay chemistry and sophisticated machine learning algorithms to significantly improve the determination of cell boundaries using multiple morphological features and modalities. While Xenium launched with a robust nuclear-based segmentation approach, many researchers have been waiting for this new solution to enable the most accurate biological interpretation for their Xenium brands. Xenium is already well recognized as being feature performance leader, and there is still much more to come. We're planning to launch our 5,000 Flex capability midyear, scaling up Flex by an order of magnitude while still delivering high-quality sensitivity, specificity and throughput. We're also developing panels of 1,000 to 2,000 genes to give customers even more options and flexibility. We're moving forward with integrated protein profiling, which will significantly expand Xenium's existing protein capabilities. And longer term, we have architected Xenium to allow for tremendous technological headroom and enable more applications, higher throughput and lower cost. With the long-awaited launch of Visium HD, the performance of Visium in the field and the interest and buzz around the Xenium pipeline, it's clear we're in the forefront of the spatial biology revolution. We're seeing some cutting-edge researchers and technologists start to reprioritize their team's resources and [indiscernible] from single-cell approaches to explore how spatial methods can push their research forward. We're also seeing spatial resonate with new researchers who have never done single cell or other genomics work before. Take this year's Annual Meeting of the American Association of Cancer Research, or AACR, for example. There was resounding energy and conviction on spatial, which emerged as a huge theme of the conference. In fact, the majority of the plenary sessions featured or referenced 10x spatial data. This burgeoning interest in spatial is drawing the attention of both new and existing customers. And we have work to do to ensure we can satisfy that interest and drive growth across the portfolio. Turning to single cell and the launch of our new GEM-X technology, the first major overhaul to our Chromium architecture since 2019. With this completely reengineered market-leader chip design, GEM-X delivers superior performance at larger scale and lower costs. In March, we began shipping the first 2 products on GEM-X, our highest-volume Chromium assays, 3 prime gene expression and 5 prime immune profiling. These assays take single-cell analysis to the next level. Human researchers [indiscernible] performance advantages across the board from increased sensitivity and capture efficiency to improved robustness and scalability, all at a lower cost. In fact, the new technology provides researchers a more than twofold reduction in cost per cell. We believe GEM-X raises the bar for the field and sets a new standard for single-cell analysis. Our customers have been eager to see and validate this for themselves. In Q1, more customers than expected trialed GEM-X to see firsthand the power of this technology on their own samples. And more recently, customers, including the Fred Hutch Innovation Lab, have started to share their own independent comparisons of GEM-X and their Next GEM technology, verifying our performance claims. We're encouraged by the early enthusiasm, adoption and feedback on GEM-X despite the near-term headwinds as we help customers navigate this product transition. GEM-X delivers great value to customers now. It opens up meaningful possibilities to expand the field long term. As we have said before, we believe there is significant price elasticity in single cell, which presents a significant long-term opportunity for broader adoption. GEM-X is one of several steps we have planned to take advantage of the elasticity. By delivering superior performance of superior economics, we believe GEM-X will help us enable larger projects, reach new customers and encourage more routine use among existing researches. We fully intend to expand the single-cell opportunity through our robust [indiscernible] road map and other efforts to drive better awareness and broader adoption at large scale. Put simply, our goal is to make single-cell analysis the standard for most biological researchers. While we believe there's huge untapped potential for single cell, our conviction is not just in Chromium. It's the combined performance, leadership and differentiation of all 3 platforms together. Our strategy has always been about the power of the full portfolio and the choice it enables for customers. Our goal is to ensure that researchers, and ultimately clinicians, have access to a comprehensive suite of the best-performing products to [indiscernible] biology in the way that's best for their work. We intentionally design distinct, yet complementary platforms to support the broad spectrum of customers' use cases and how their research and research questions may evolve over time. The strength of our execution in R&D and operations has enabled us to deliver a full portfolio of groundbreaking products. And as we continue to evolve our commercial execution, it will better position us to maximize and deliver on the incredible potential ahead. We believe there are clear opportunities to drive growth, utilization and scale with existing customers to bring new researchers into the 10x ecosystem and to accelerate translational and biopharma opportunities. [indiscernible] first announced in November, is a powerful example of the progress we're making in translational applications. This large-scale project is on track to complete spatial profiles on thousands of tumor samples across 7 different cancer indications by the end of the year. The team is looking to discover biomarkers and to build predictive models that could transform how we diagnose, treat and ultimately cure cancer. In addition, we firmly believe there's a long runway ahead for single-cell methods in biopharma. Importantly, we're not the only ones who share this conviction. Some of our pharma customers recently published on the value and the impact of our products in therapeutic development. Sanofi reported that 90% of the company's disease targets are credentialed using single-cell genomics. A recent preprint in [indiscernible] helped shed light on why. The study analyzed single-cell data across 30 diseases and 13 tissues to examine associations between genes, cell types and diseases. They found that support from single-cell analysis significantly increased the odds of clinical success for a given gene to be a viable drug target. In fact, the authors estimate that their approach could approximately triple the chances of a drug target reaching a Phase III clinical trial. So while we have established strong beachheads in translational and biopharma, it's still very early relative to the expected large potential. With all of the advances in our portfolio, we're in a better position than we've ever been to deliver. As one customer at AACR told me, "FFPE changes everything." Our FFPE capabilities available in all 3 platforms open up vast archives of biobank samples along with exciting possibilities for new biological discoveries. These capabilities reflect yet again how we listen to our customers, think deeply about their research and build innovative products to accelerate and advance their work. We believe the long-term potential for single cell and spatial is boundless. While we're focused on delivering in 2024, we will remain steadfast in maintaining the long-term orientation that has always guided us. I have every confidence when I say we're still just getting started. With that, let me turn it over to Justin.