Thanks, Cassie. And good afternoon, everyone. We exceeded the top end of our guidance range in the third quarter with total revenue of $149 million. Our team delivered a solid quarter, executing well in the midst of continuing macro challenges. Despite ongoing funding pressures and policy uncertainty, we saw sustained enthusiasm for our products with momentum in both single-cell and spatial. The positive trends we highlighted in the first half of the year continued this quarter. Spatial consumables had another robust quarter of double-digit year-over-year revenue growth, driven by continued strong demand for Xenium consumables. We again saw sustained growth in both the number of runs and the average spend per run. We frequently hear from customers how much they love Xenium, both for its exceptional performance and for the breadth of applications unlocked by the platform. Within single-cell, while consumable revenue was down year-over-year, we again saw double-digit Chromium consumables reaction growth year-over-year. Our Flex and On-Chip Multiplexing assays have been key drivers of this growth. Both of them deliver configurations with lower price per sample, which has been opening up new customers and new use cases for single-cell. On-Chip Multiplexing is particularly well suited for applications requiring fewer cells and for getting started with single-cell. Because of that, it has been great for bringing new customers into the ecosystem. Flex has many benefits and is becoming the default single-cell assay for many of our customers. It is also particularly well suited for translational studies and massively scaled experiments, which are 2 of the most promising directions for single-cell growth going forward. Finally, we ended the quarter with $482 million on the balance sheet, reflecting our ongoing commitment to cost management and cash generation. This strong position provides us with both the flexibility to navigate the current environment and the resources to strategically invest in innovation and long-term growth. We're staying extra close to our customers as they navigate persistent funding uncertainty. While the pace of news flow has moderated compared to earlier in the year, spending behavior remains cautious, particularly for capital expenditures. We expect these conditions to remain largely unchanged in the near term, and we will stay flexible in how we work with customers to support their ongoing research. While the macro environment remains challenging, we remain focused on advancing our innovation road map and driving greater adoption of our products. Our latest product launches and partnerships illustrate how we're executing on these priorities. Last week, we began shipping the next generation of Chromium Flex. As I mentioned earlier, our Flex assay is becoming the default single-cell assay for many of our customers. It combines exceptional sensitivity, robustness and scalability, all at a low cost. Our next-generation Flex further improves these qualities, and also enables streamlined automation-friendly plate-based workflows. The product represents a step change in scale, enabling massive perturbation screens and supporting AI-driven initiatives such as virtual cell modeling. We also developed and validated our scalable FFPE dissociation protocol, which scales easily to 96-well plates. The protocol improves efficiency and throughput for high-volume studies and strengthens the assay's value in large-scale translational research. Feedback from early access customers has been phenomenal, and we're eager to see how more researchers apply the new Flex across a wide range of studies. We were also excited to start shipping Xenium protein earlier in Q3. It is a powerful new addition to the Xenium platform that allows researchers to detect RNA and proteins in the same cell and on the same tissue section, all in a single, automated run. By reducing the need for separate workflows, technologies or tissue sections, Xenium protein simplifies experimental design and allows researchers to move more quickly from experiment to inside. As a first-of-its-kind capability, Xenium protein represents a major leap forward, enabling comprehensive, multimodal insights, streamlining workflows and accelerating translational discovery. We're also seeing an increasing number of customers use Xenium together with Chromium Flex. The combination of highly precise spatial measurements and robust whole transcriptome analysis provides a powerful approach for biomarker discovery in FFPE samples. This is a great example of the value that our portfolio strategy delivers to our customers. Now stepping back, the landscape of spatial biology has evolved significantly over the past few years. In its early days, there is broad uncertainty across the field about which applications would be best served by sequencing-based methods like Visium and which by imaging-based approaches like Xenium. Now that Xenium has been in the hands of researchers for some amount of time, that picture is becoming more clear. We now see a strong and growing preference for image-based analysis. This is a reflection of both, how well Xenium works and the abundance of insights that scientists are gaining from using the platform. Based on customer feedback and the results we are seeing in the field, we increasingly see Xenium as the best solution for most of researchers' spatial needs. In addition to advancing our product road map, we're focused on unlocking the full potential of our current products by removing barriers to adoption and driving broader access. Data analysis has long been one of the biggest bottlenecks in single-cell and spatial research. Our recent partnership with Anthropic helps address this issue and makes analysis more accessible by integrating it with Claude for Life Sciences. With Claude, researchers can now perform common analytical tasks through a conversational interface that complements our existing applicational workflows. This intuitive approach makes it faster and easier for researchers to engage directly with their data. We believe this partnership is the first step towards addressing the analysis bottleneck to make our technologies more accessible to an ever-broader community of scientists. While single-cell and spatial have been a transformative engine for scientific discovery, going forward, we believe there is an especially large and growing opportunity in translational research and ultimately in clinical applications. A great example of this is our recent collaboration with CLISEQ and the Weizmann Institute on the PERIBLOOD clinical trial. Using Chromium to profile thousands of individual cells from blood samples, this new study built on a groundbreaking discovery recently published in Nature Medicine, where CLISEQ and Weizmann researchers identified a unique, circulating cell signature capable of detecting hematologic disorders with remarkable accuracy. Their clinical trials use a single-cell to validate, refine and amplify the proof-of-concept, uncovering molecular signals that traditional blood tests may miss and determining whether bone marrow biology can be accurately assessed through circulating cells. This work represents a promising step towards more accessible and less invasive diagnostics and improving clinical decision-making. Finally, we are continuing to see increasing momentum around virtual cell efforts and large perturbation studies. Described as a holy grail of science, the virtual cell is an AI model trained on massive amounts of data meant to simulate the workings of individual cells. Multiple groups are now generating large-scale, 10X single-cell data to train algorithms as initial steps towards the virtual cell vision. There are strong reasons to expect that scaling of data will result in vastly more capable models as it has in just about every other application of artificial intelligence. These models hold the promise of transforming science, drug discovery and ultimately, human health. We believe that virtual cell efforts represent one of the most important trends in biology in the coming years. And we anticipate that our technologies will keep powering these efforts as they keep scaling by orders of magnitude. The strong resonance of our innovations with customers and the expansion of our tools into translational research and large-scale experiments reinforces our conviction in the foundational role of single-cell and spatial in advancing science and health. We firmly believe that this is still very early days for our technologies. With that, I'll turn the call over to Adam to review the financials.