Serge Saxonov
Analyst · JPMorgan. Your line is open
Thanks, Lynn, and thank you, everyone, for joining us this afternoon. I'm pleased to welcome you to 10x Genomics' first earnings call as a public company to review our third-quarter 2019 results. Joining me today is Justin McAnear, our chief financial officer. Brad Crutchfield, our chief commercial officer, will join us for Q&A.As many of you know, we completed our initial public offering in September, raising $411 million in net proceeds. I want to express my sincere thanks to the awesome team we have assembled at 10x Genomics. Our progress is a function of their collective hard work and dedication. I would also like to take a moment to thank our investors for their support. And finally, I'd like to acknowledge the amazing work being done by our customers around the world. It is their work, their science, their discoveries that motivate us more than anything else at 10x. And as excited as we are about how far we have come, what really drives us is the sense that we're just getting started. And so now, revenue for the third quarter totaled $61.2 million, representing growth of 67% over the prior-year quarter.Based on these results, we're providing full-year 2019 revenue guidance of $238 million to $242 million. And before we get into more specifics on the quarter, I will take a moment to give you a sense of the vision that is driving 10x. This is the century of biology. We expect that many of humanity's most pressing health challenges will be solved by precision diagnostics, targeted therapies, and cures to currently intractable diseases. We also believe the biggest obstacle to this progress is that we understand very little of the underlying biology. In fact, the amount of biology we don't understand is vastly greater than what we do understand. And the most fundamental feature of biology, what makes it different from just about every other discipline, what makes it so challenging is it's a reducible complexity. And the way to address this complexity is to measure biology on a massive scale at the right level of resolution of individual cells, molecules, and their interactions.At 10x Genomics, our goal is to become exceptional at building technologies and tools to accelerate progress across the life sciences in the coming decades, to lead the transformation of biology through resolution and scale to allow the world to see biology it could not see before to do things with biology they could not do before. We have invaded across many different fields; chemistry, hardware, microfluidics, biochemistry, software and brought those innovations together into the products we have on the market. We provide integrated solutions, including instruments, reagents, and software. We focus on end-to-end products, spanning laboratory workflow through data analysis to visualization. Since going commercial in 2015, we have launched numerous products, all aimed at measuring key analytes in biological systems; including DNA, epigenetics, RNA, proteins and immune repertoire. Notably, our products have helped ignite a single-cell revolution that is changing our understanding of module biology.Our Chromium platform enables measurements of different kinds of analytes across thousands to hundreds of thousands of single cells; this allows researchers to see what is going on in their biological systems at the right level of resolution. Our Visium platform, which we expect to launch by the end of the year, enables spatial analysis. Spatial analysis provides information on how cells and molecules are arranged with respect to one another in tissues. And now we have a large and rapidly growing body of scientific publications that have come out of our customers' labs. There are now over 570 papers where our customers have made fundamental scientific discoveries using our products. And even more exciting than just the number of publications has been the breadth of areas where we have seen our customers do their work and a tremendous number of applications where our products are being used spanning oncology, immunology, neuroscience, infectious diseases, conditions of pregnancy. It's hard to think of an area of biology where 10x is not being used. So we're drawing customers in revenue from all across life science research. Our capabilities are sweeping away much of the conventional toolkit of standard biology, whether it's molecular biology, cell biology, or proteomics.Our instruments of workloads have been designed to go on every bench and every research lab. And there is no simple predicted process [ph] we're doing; we're not replacing any single technology or approach. Rather, we are creating new markets across the life science research. We estimate the total global life science research tools market to be more than $50 billion. Now in the near-term, we believe there is a $13 billion market opportunity in front of us. This includes areas where researchers are already looking to run high-throughput, large-scale experiments, things like next-generation sequencing flow cytometry microarrays. So the rest of the research world moves over to the new high-resolution large-scale way of studying biology, we believe that more of the total global tools market will become accessible to us overtime. Importantly, this market assessment does not include any opportunities beyond the current life science research tools market. In the long run, we believe that our approach and our technology to master biology will be foundational for the development of clinical applications and many new therapies. But for now, in the near-term, we're focused on the vast growth potential ahead of us in the research tools market. Today, we sell Chromium instruments, which provide a source of upfront revenue for us.Our Chromium instrument is listed at $75,000 to make it broad and accessible to our customers. Once an instrument is placed, we focus on driving utilization, which entails the purchasing of consumables and provides a source of recurring revenue. Annual Chromium consumable pull-through has leveraged around $150,000 per instrument. Our consumables include proprietary microfluidic chips, slides, reagents, and other components. Chromium is a closed system so our customers must buy reagents from us to run on our instruments. These instruments go-in [ph] close to the sample where the experiments are being done. While DNA sequencing is a part of all of our workloads, the vast majority of our customers do not own DNA sequencers, which tend to be used at centralized facilities. Typically, in these cases, DNA fragments that are produced as part of our workflow are sent to a third party or another lab for sequencing. This means that while Chromium can work as a centralized instrument and can be used by multiple users, it is designed and priced to be decentralized to enable utilization and adoption on every lab bench. We have now built a large commercial organization to drive both instrument placements and adoption. That organization consists of over 200 employees, including a direct sales force in North America and most of Europe. In Asia Pacific, there is a hybrid structure where 10x employees in key countries work directly with our commercial partners, who in turn are responsible for all of our sales in that region.At 10x, the most important thing to us is the success of our customers. To that end, we have built a global team of field-based application specialists and technical support scientists to help customers succeed with a specific focus on their early experience with our products. We have also developed a number of online tools that assist in customer support and training. All of these helps increase the usage of our products. Ultimately, what matters to us is that our customers can do their research effectively and drive their science forward.Now turning the attention to last quarter; I'd like to give an update by orienting around three key themes: product innovation and effect, operational execution, and what we have done to address some of the longer-term risks. First on products. Our philosophy is to invest in programs that have the potential for exponential impact on the market. We see a wealth of opportunities in front of us and are expanding our investments in R&D. We now have more resources to do so and are taking advantage of that. Our team is working on a number of programs that we believe could add substantially to our long-term growth.We're very excited about the pipeline of new products as we look to the year there. The first product we're launching as a public company is the new Visium Spatial Gene Expression Solution. Last year, we acquired the Swiss company called Spatial Transcriptomics that provided a foundation on which we're building spatial analysis products. At the time of the acquisition, Spatial Transcriptomics was in the market with an early stage product. Since acquiring the company, we have worked hard to bring those products up to the high standards we have for our commercial offerings. Our upgraded version is a complete end-to-end solution with all the reagents and all the software included. Visium now has five times greater resolution, more than 10 times greater sensitivity and a significantly simplified workflow that have decreased protocol time from three days to one. This product will enable unbiased large-scale gene expression measurements with spatial information from tissue sections.We began taking preorders of Visium in September and showed a lot of data in detail at the ASHG conference in October. We are very excited about this product and its potential. Even though it's early days, the interest we're seeing from new customers has exceeded our expectations. We're anticipating a particularly intense interest in oncology, neuroscience, and developmental biology, but spending money -- standing many other fields as well. We expect to begin shipping Visium products by the end of the year. The third quarter once again saw a large increase in publications from our customers' labs. While there are many great discoveries to choose from, I wanted to highlight two papers in the area of immuno-oncology that together made use of our gene expression, immune profiling, and epigenetic solutions. This [indiscernible] of papers out of Stanford focused on understanding how immune therapy works to treat cancer.While immune therapies have had a revolutionary impact on cancer treatment, the central challenge of the field is to understand how they work and why they're only effective in a fraction of patients. These Stanford publications focused on basal cell carcinoma and made some pretty dramatic discoveries. They learned the checkpoint inhibitor immunotherapy works by recruiting new immune cells to fight cancer rather than reactivating existing immune cells from within the tumor. They also gained a deep understanding of how the therapy responds when immune cells are regulated. These discoveries lay the foundation for new diagnostics, new drugs, and ultimately, may result in many lives being saved. This kind of work by our customers gives profound meaning to the work we do at 10x and is a huge motivator for the team. Now turning to operations. This was our largest quarter to date by just about any metric.In terms of revenues, shipments, customers, just by itself, rapid growth from a high-volume base demonstrates really good operational execution. On top of that, last quarter saw a rapid uptake of our new next-gen architecture, which dramatically increased the complexity around managing multiple architectures in our inventory. I'm really proud of how the team executed through multiple product transitions, rapidly increasing volumes and increasing the complexity of the supply chain. We will continue to stay focused operationally and take steps to support current and future growth.And finally, I will provide an update on some of our ongoing litigation. First, with respect to our defensive litigation before the International Trade Commission, the commission announced this week a delay in the final determination until December time. The final determination in the ITC litigation that we've brought against Bio-Rad should issue on December 19th. The litigation growth by virus is primarily based around a particular way of making droplets.Over the last several years, we have developed a dramatically different approach to make it droplets but it uses very different physics. We call this approach Next GEM. We started shipping Next GEM products in May and have been onboarding new customers with Next GEM since then. At this point, all Chromium instruments that we sell now operate exclusively with our Next GEM solutions. We've been very careful not to disrupt existing studies of our customers using our legacy GEM products, and we'll continue selling them -- those consumables until it's the right time for them to switch. Overall, the transition to Next GEM has been going well, in many cases, a lot faster than we anticipated. We expect that Next GEM will constitute substantially all of our Chromium consumable sales by the end of 2020. We were also recently pleased to announce our settlement with Becton Dickinson.We have cross-licensed certain patents related to molecular barcoding and single-cell analysis. As part of the agreement, each party has also entered into a covenant not sue in certain fields related to each company's products. Then the end of result all outstanding patent litigation will be deemed. We now have over 650 patents issued or pending, including foundational patents and single-cell analysis, epigenomics, spatial analysis, and genomics. We continue to invest heavily in developing our patent portfolio, which provides significant differentiation and protection. Overall, this has been a very eventful quarter at 10x Genomics. I'm very proud of the progress our team has made to date, and I'm confident we're well-positioned to execute on our strategy going forward.And with that, I will now turn the call over to Justin McAnear for more details on our financials.