Serge Saxonov
Analyst · Bank of America
Thanks, Kerry, and thank you everyone for joining us this afternoon. I'm pleased to welcome you to 10x Genomics earning call to review our fourth quarter and year-end 2019 results. Joining me today is Justin McAnear our Chief Financial Officer. Brad Crutchfield, our Chief Commercial Officer, will join us for Q&A.On today's call, I will provide an update on our commercial execution, talk about our investments to drive future growth and we'll walk through some of the new capabilities in our pipeline. Then I will turn the call over to Justin for a more detailed look at our financials and outlook for 2020. 2019 was a big year for 10x. Our revenues continued to grow and we ended the year with $245.9 million in total revenue, up 68% over 2018. During the year, we also continued to see a large and rapidly growing body of scientific publications coming out of our customers' labs. The number of publications more than doubled during 2019 and there are now over 700 papers where our customers have made fundamental scientific discoveries using our products.And even more exciting than 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. During the year, we have seen major discoveries in Alzheimer's, important studies of autoimmune diseases, fundamental breakthroughs in many types of cancers, fascinating work on age-related diseases. And while there are many great studies to choose from, I wanted to highlight the paper from last quarter that demonstrated a strikingly powerful approach to antibody discovery.Researchers out of Vanderbilt University use our immune profiling solution to screen vast numbers of B cells from HIV-infected patients to quickly find HIV and influenza-specific antibodies, while gaining an exquisite understanding of their specificities. We expect that this approach will become an integral tool for antibody discovery and for vaccine development across a wide range of therapeutic areas. This kind of work by our customers demonstrates why we believe this is the century of biology. It shows how new technologies, new tools and new understanding will lead to cures. These studies will be performing into the work with 10x and was a huge motivator for the team.Now turning to commercial execution. Our products are organized around two core platforms: Chromium and Visium. The Chromium platform enables single cell analysis. With Chromium our customers are able to see what is happening in their samples at the right level of resolution, the single cell resolution. The Visium platform enables spatial analysis. With Visium, our customers are able to see where it is all happening, how cells and molecules arranged with respect to each other in tissues. We began taking preorders for Visium in September and started shipments at the end of November. And remember that unlike Chromium, Visium does not require an instrument, which we believe will accelerate adoption of this platform.We're very excited about this product and its potential. Even though it is early days, the interest we're seeing from new customers have exceeded our initial expectations. In fact as of the year-end Visium was already being used by more than 200 labs. While we're excited by this early interest, the trajectory of Visium adoption will be a function of how our customers use these products and of their demonstrated success.So far with Visium, we have seen interest across many different research areas. While our initial focus has been on discovery, Visium in particular has seen more interest among translational applications most notably in oncology and in Alzheimer's.Our customers are using Visium to study disease in patient samples, look for biomarkers and predict responses to therapy. The first product launch on the Visium platform at the end of last year was for measuring Gene Expression, but this is just the first product. We have many more in the works to enable new obligations to measure additional biological analytes and to make improvements to the underlying platform.Now looking at our Chromium platform, the transition to Next GEM architecture continues to progress well. At this point all Chromium instruments that we sell operate exclusively with our Next GEM solutions. We have been careful not to disrupt existing studies of our customers using our legacy GEM products and expect the transition to be complete by the end of the year.Across our two core platforms; Chromium and Visium our customers averaged a pull-through of over $150,000 of annual consumable revenue in 2019. And as of year-end we have sold a cumulative 1,666 Chromium instruments around the world. Going forward we will invest in efforts both to increase the usage of our products for our existing customers and to increase the number of new customers.We see a tremendous road of opportunities ahead and we are focused on scaling our business for the future. One of the core pillars of our competitive advantage is our innovation engine which comprises both knowing what breakthrough products to build and the ability to build them at rapid velocity.We have identified many exciting opportunities in the near and long term that have potential for exponential impact. The biggest advantage of these opportunities we're executing on a rich product roadmap and are increasing our investment in R&D.Our team is working on a number of programs some of which I will discuss today and all of which can add substantially to our long-term growth. As the pioneer of single cell genomics, we now have over 700 patents issued or pending relating to our key innovations including foundational patents in single cell analysis, epigenomics, spatial analysis and multigenomics.We continue to invest heavily in developing and defending this patent portfolio which provides significant differentiation and production. We're also investing in our operational infrastructure to support our rapid growth. We are actively building out a new Singapore manufacturing site to support the global expansion and to ensure the continuity of our operations. We're also transitioning to a global ERP system after this year.Our commercial organization ended 2019 with over 200 employees and over 75 commission sales executives. We sold direct in North America and Europe and employ a hybrid approach in Asia Pacific with local distribution partners working together with 10x employees to develop individual markets.Our commercial infrastructure complements our innovation engine to drive rapid global adoption of our products. And through close partnership with our customers we have direct insight into their needs and their future questions. This information feeds directly into our product development pipeline. It allows us to both rapidly innovate our products to deliver an ever-improving customer experience and to identify new opportunities for future products.And now I will preview some of the capabilities we're working on starting with our Chromium platform. The single biggest request we have received from our customers is to be able to measure gene expression and epigenetics together from the same cell. With our existing capabilities, our customers have been able to read epigenetic programming across large numbers of cells. But the next challenge is directly linking the epigenetic programming to its output which is Gene Expression. And that is precisely the capability we're going to launch with our next product.For the very first time our customers will be able to read both epigenetic programming using epoxy and R&D gene expression across thousands of -- tens of thousands of cells in a single experiment.Our customers have been intently interested in this capability because it will allow them to start unlocking the rules of cellular programming and with it one of the most fundamental challenges to addressing human health and disease.The second focus of innovation for Chromium is to further broaden the reach of the platform. Since offshoring in the single cell revolution one of our core tenets is to make our products accessible to all biologists. While single cell research has been transforming the way that science is done across thousands of labs around the world, our next goal is to enable this approach for tens of thousands of new researchers who are just starting to be intrigued by this technology. And to that end, we will be launching two new capabilities to make single cell experiments less expensive and more flexible.First, we will enable targeted sequencing. This means that incentive sequencing the full transcriptome of each cell, our customers will now be able to sequence just a subset of genes. This will dramatically reduce the cost of sequencing and significantly decreased the cost of overall single cell experiments.It will also allow experiments to be more focused on specific questions opening up more validation and translational use cases. We're also launching proprietary solutions that will allow our customers to combine samples together into a single 10x lane. This will increase the number of available samples for single cell analysis and allow experiments to be scaled beyond what is currently practical.And finally, the third area of focus for Chromium is to further increase throughput of single cell experiments. The launch of this platform in 2016 allows for the first time labs to run 1,000 cell experiments routinely. Since that point, we have helped our customers scale to 10,000 cell experiments and beyond. In fact many labs are now actually running 100,000 cell experiments routinely. But biology is very complex and the way to address this complexity is through scale.We have now heard from our customers an interest in running millions of experiments. And over the next two years we will be launching multiple features capabilities and products to enable this type of scale. And in fact within the future going well beyond one million cells, we expect to develop our technology to the point where we could enable 10 million cell experiments. This will transform many of the applications where single cell analysis is currently used. This amount of scale at single cell resolution will also enable experiments across new research areas like enormous drug screens massively parallel gene and pathology [ph] analysis, large-scale cohort and population scale sites.Turning now to Visium. With the launch of Visium, we brought high throughput molecule analysis of tissues license and pathology workloads. The standard way of pathologists analyze their tissues is using IHC or immunonhistochemistry, which uses fluorescence to measure protein markers.We're now planning to launch a new capability that will allow our customers to the book the IHC and Visium gene expression from the same tissue, from the same sample at the same time. This will significantly increase the amount of information that our customers can get from their samples. But even more importantly, we'll serve as a bridge from the traditional world of pathology to the new world of rich high throughput molecular analysis that we're delivering with Visium.IHC is great for measuring one protein marker maybe two, but it can't really scale much further. To address this fundamental limitation, we're bringing our featured bar coding technology to Visium. With featured bar coding, customers will be able to measure the very high levels of protein targets using [indiscernible] antibodies. This technology can be pushed to the point where our customers could be measuring hundreds, potentially even thousands of proteins at the same time together with gene expression on the same sample. We believe this capability will be transformative to the kind of information our customers can extract from biological samples and tissues.And finally, our early focus with Visium has been grounded squarely in foundational discovery and research. That said, we have already received a great deal of interest from translational and clinical researchers. For these customers, the most important type of sample is formalin-fixed paraffin-embedded or FFP, which is the standard way that patient samples are collected and stored to human pathology.Now FFP is fine for visualizing tissues, but it is absolutely awful for the kinds of things that it does to molecules in a sample. Our current Visium product was not initially designed to be compatible with FFP. However, given the incredible amount of interest, we have now internally developed the capability for the platform to work with FFP and we will be releasing this as a product in the future.We're very excited for what is ahead. I look forward to providing more details on each of these new capabilities next week at the AGBT conference. This has been a very eventful year at 10x Genomics. I'm very proud of the progress our team has made to date.Looking ahead to 2020, we expect revenue for the full year to be in the range of $350 million to $360 million. I'm confident that we would -- we are well-positioned to continue to execute on our strategy in 2020 and well into the coming decades as we usher in the century of biology.And with that, I will now turn the call over to Justin McAnear for more detail on our financials.