Steve Chapman
Analyst · Morgan Stanley. Your line is open, Please goa head
Thanks, Mike. Good afternoon, everyone, and thank you for joining us. We've got a packed session full of announcements, so let's get into the recent highlights. The very strong momentum in Q3 continued as you can see from the metrics in the first bullet. We processed 407,000 units in Q3, which was approximately 55% growth over the same period of last year. Total revenues and product revenues were both up 61% and 62%, respectively, over the same period last year. That acceleration is being driven by continued strong growth in the women's health products and big contributions from oncology and transplant products. Those products are now large enough to shift our growth rates upward. We heard a lot in the market during the quarter about the impact that Delta variant was having on the health care businesses. But as you can see from our Q3 volume, we were able to blow through any headwinds COVID-19 presented. As a result of the continued momentum, we are raising our revenue guide beyond the range we just gave a couple of months ago in August. We are now guiding revenues to be $615 million to $625 million for the full year. We started the year guiding revenues at $500 million to $525 million. So the top end of our range is now roughly $100 million above where it was at the start of the year. That gives you a sense of the traction we're having and we continue to see across the company. Mike will get into the full details of the guide later in the call. In addition to the significant unit and revenue growth, we've got a set of transformative announcements in the transplant space. In kidney, we've continued to make significant progress. First is the launch of Prospera with quantification, which is a new technique only offered by Natera that has shown improved performance over earlier methods that report donor-derived cell-free DNA fraction alone. Second is the announcement of the results of the Trifecta study, which we believe is the largest prospective, multisite, fully biopsy-matched study ever performed in the kidney transplant space. The initial results exceeded our expectations and we believe can eliminate the need for costly multi-modality approaches to bolster test performance. I'm also excited to discuss the major new Prospera commercial launches in heart and lung. In both organs, the commercial launch announcement was supported by significant new prospective data sets that we believe can redefine these fields. In oncology, the major announcements continue to unfold. We had another strong colorectal study published in clinical cancer research where we introduced Signatera velocity as a clinically useful metric. The study demonstrated the value of calculating circulating tumor DNA growth rate over time or velocity, such that patients with fast-growing tumors fear much worse than patients with slow-growing tumors. Velocity can't be calculated if you're only reporting out a positive or negative result. So we believe this will become a competitive advantage for Natera in recurrence monitoring, and we'll spend some time on this later in the call. More broadly, I think the launch of quantitative approaches in both oncology and transplant has a lot of parallels with our launch of the fetal fraction metric for Panorama back in 2013. At that time, no other NIPT reported on fetal fraction, but physicians really gravitated to our test because of that result, and the metric has now become the gold standard in a requirement for the field. These new oncology and transplant metrics provide a window into a patient's underlying biology, which can offer a physician crucial context when designing how to incorporate a test result into clinical decision-making. Our technology lends itself to these types of metrics, further differentiating the clinical utility of our products across all areas of our business. I'm pleased that Natera continues to be a leader in the industry in this area of innovation. We were also very pleased to secure another major competitive win by being selected by NRG Oncology for the U.S. arm of the CIRCULATE trial. You have seen the significance of the data sets coming out of CIRCULATE Japan, and we now think winning the critical U.S. arm puts us even further ahead in terms of developing prospective validation data for colorectal cancer. These 2 trials, together with the work we are doing with BGI in China, make up the largest commercial CRC MRD markets when you consider both the incidence and the reimbursement landscape. Although we aren't going to do a deep dive on our Signatera pharma trials today, we are now fully enrolling patients into both the Phase III IMvigor and ZEST trials we discussed on our last call, and our pharma pipeline continues to build. We are also now offering a broad plex product to our pharma partners in the RUO setting. As you're aware, Natera can multi-plex thousands of probes in a single reaction. So offering a broad plex test in the range of 50 or 100 or more targets is easy for us to do. We've only seen very targeted interest thus far in the broader plex offering. But for those who want it, we now have it available. We've been doing this kind of work upon request for a long time, but we've now made it available as part of our standard menu. In addition, Natera has developed a series of Signatera innovations that it intends to introduce in 2022 and 2023. As you know from our NIPT business, we're constantly innovating and pushing the limits of the technology. I'm also pleased to announce the progress of the clinical launch of Signatera in China with our partner BGI. Recently, BGI kicked off a multisite prospective trial in GI cancers, including colorectal cancer. The study plans to enroll roughly 500 patients and includes many of the top academic centers across China. BGI plans to expand on this initiative and is kicking off a series of investigator-initiated trials across other cancer types. Gaining support from top academic centers and KOLs is important for broader clinical launch, which requires the Chinese FDA approval and we expect will take several years to achieve. Finally, we're excited to announce the details of our road map in early cancer detection. We've signed a partnership with Aarhus University that gives us access to a prospective 40,000 sample biobank of patients screened for colorectal cancer. In addition, we've got an exclusive option to license Aarhus' IP, and we have access to their methylation signature, which is performing very well across all stages, which we plan to combine with our own methylation and ctDNA technology. As you can see, we've had a very busy quarter. I'll now jump into each of these, starting with the unit growth on the next set of slides. Our unit growth has really been accelerating recently, and I think this longer-term historical view gives us some context to the growth trajectory we've been on for the last 4 quarters. You could see that while we made steady, if lumpy, progress in prior years, the business has rocketed upward on a much steeper ramp since Q3 of last year. That is not a coincidence. In women's health, the new ACOG guidelines came out roughly 12 months ago, and we launched both our transplant and oncology products in the second half of last year. We don't think this is a 1-year trend. The NIPT market is still very underpenetrated compared to the 4 million to 5 million pregnancies in the U.S. So there's a long way to go, and of course, we are just getting started in both transplant and oncology, both of which we're starting to see play out as significant opportunities. On the next slide, you can see the volume growth is clearly translating to revenue growth as well. You can see once again the scale-up in growth we've experienced in the last year. This is driven by both the volume trends and also continued improvement in the realized revenues per test or ASP. We saw another nice increase in the blended ASPs in the business over Q2, which continues a multi-quarter trend going back to last year. We benefited from the volume mix shifting toward the newer, higher-priced products, and we also had some healthy appeals wins on older claims that came in through the quarter in women's health. Mike will spend more time on ASPs later in the call, but we still have plenty of room to run on ASPs across their various products. Okay, so we've got a fantastic set of milestones to now review in organ health. I want to start off by highlighting some broader trends that are occurring with our organ health products. First, we've expanded from a single organ product to now multiple organs with the launch of heart and lung. Our technology is robust, and we're seeing it translates well across the organs in a very cost-efficient way, which we think offers a great expansion opportunity for Natera. Second, whereas, at one point, we only had retrospective data, that's now no longer the case. We now have significant prospective multisite data. In some cases, we believe we now have the most significant prospective data in the space. Third, we focus on innovation to improve test performance. For example, with the launch of quantification and now we're seeing AUCs that are exceptional from just ctDNA alone. These trends, expanding other organs, producing high-quality, multisite prospective data sets and delivering exceptional AUC through innovation, all support a path for rapid growth in Prospera. In kidney, it's been a little more than a year since we were awarded our local coverage decision for Prospera, and we started our commercial launch in earnest, and we are very pleased with the level of commercial traction we're generating so far. Of the top 100 transplant centers, 45 have now implemented Prospera routinely into their practice. We've also been pleased with the enrollment in our registry trial, PROACTIVE, where we now have more than 2,500 patients enrolled. You may recall there was external skepticism about whether we would be able to successfully enroll patients into this trial, but clearly, we've done an exceptional job. This level of adoption among top centers just a little more than a year into the launch gives us confidence that our commercial plan is working. Now with the addition of new organs, very strong multisite prospective data and our innovative quantitative approach, we're in an even better position to build on the momentum we've seen thus far. Let me talk now for a minute about Prospera with quantification. Prospera is now the only commercially available cell-free DNA test for kidney rejection that provides 3 values: the quantity of the donor-derived cell-free DNA, the fraction of the donor-derived cell-free DNA and the total amount of cell-free DNA, on every report. Other available cell-free DNA tests only report on the fraction of donor-derived cell-free DNA alone, which has limitations, especially when the total cell-free DNA is high, which may result in false negatives. As you can see here on the left side of the slide, the percentage of the donor-derived cell-free DNA is a fraction that incorporates the absolute quantity of donor-derived cell-free DNA as the numerator and the total amount of cell-free DNA as the denominator. The donor-derived cell-free DNA comes from the donated organ, and the total cell-free DNA mostly comes from the recipient. The fraction of donor-derived cell-free DNA can change significantly if the denominator or the recipient cell-free DNA is artificially increased. When reporting donor-derived cell-free DNA fraction alone, like our competitors do, doctors need to be very careful about any factors that might impact the denominator. There are 10 items on the right hand of the slide that we've identified in the literature that can impact the total cell-free DNA. Our hypothesis was that incorporating a measurement of the absolute quantity of cell-free DNA rather than just a fractional loan into the result would improve the sensitivity of the assay, and that's exactly what we're now seeing in our studies. To test our hypothesis, we performed a validation study of the Prospera with quantification method with UCLA that resulted in a peer-reviewed paper published in the Journal of American Nephrology, one of the premier journals. The paper showcased the improved performance from Prospera with quantification in 41 kidney transplant recipients, 9 of whom were experiencing rejection. Incorporating the quantity of donor-derived cell-free DNA with the fraction of donor-derived cell-free DNA improve the sensitivity of the Prospera test from initially identifying 7 out of 9 cases of rejection to then 9 out of 9 cases of active rejection, which were then confirmed with biopsy. This improvement has now been seen across several different independent data sets, a number of which are in submission for publication. The most significant data set comes from the Trifecta study, which I'll go into on the next slide. Yesterday, we announced the results of the Trifecta study. The Trifecta study is a multisite prospective trial being led by Dr. Phil Halloran from the University of Alberta, a leading KOL in the field. The study, which included more than 300 biopsy match samples and greater than 100 biopsy match rejections, is the largest multisite prospective fully biopsy match study ever performed in the space. In the study, we tested the AUC of Prospera with quantification to distinguish rejection from nonrejection using BANFF 2019 criteria, and we showed an AUC of 0.81. We then used molecular pathology as the standard and showed an AUC of 0.89. There are recent studies that suggest that molecular pathology may be a better standard than BANFF, suggesting that Prospera may be performing better than previously suspected. Finally, we also compared rejection versus quiescence crescents or essentially, rejection versus exceptionally stable patients, resulting in AUC of 0.91. This last analysis, the comparison of rejection to quiescence is similar in concept to that used by some of our competitors in their recent multi-modality publications. Unfortunately, it isn't a very useful analysis clinically, which I'll touch on in a minute. Overall, the AUCs from the Trifecta study are exceptional. The definitive data is now in. Prospera with quantification performed very well, and Natera now has the largest fully biopsy match study that's ever been performed in the kidney transplant space. I want to take a second to quickly touch on rejection versus quiescence because it's easy to get confused on the different types of analyses that are out there. Rejection versus nonrejection is different from rejection versus quiescence. Quiescence includes essentially only the most stable of stable patients. As you can see below, this type of analysis excludes intermediate patients, which it really isn't practical in a real-world setting. In most cases, it's not possible to determine a patient is quiescent without doing a biopsy first to determine if there are any nonrejection pathological findings. That is why the vast majority of the papers in the field have assessed rejection versus nonrejection, which remains the main benchmark for performance. As you assess the landscape of testing available, keep in mind that the analysis being performed may be different than the intended use population, and just - and thus, the results may be less clinically useful. So far from what we've seen, multi-modality approaches have not been validated in rejection versus nonrejection cohorts, and their performance in that intended use population remains to be seen. On the next slide, I'm really pleased to provide details on the recent launch of Prospera in the heart transplant setting. As I said before, it's been relatively easy for us to expand beyond kidney to other organs because of our robust core technology. In addition, it's also proving to be commercially efficient because we're able to leverage a lot of the same infrastructure in terms of nurse coordinators and customer support. So it's also been cost-efficient for us to enter this space. We think Prospera Heart offers compelling advantages versus our competing tests. Our validation study is a multisite study that included greater than 250 prospective samples collected during 2020 and 2021 for the purpose of validating Prospera Heart and another 100 samples from a biopsy match biobank. You can see the results of the study on the right-hand side of the page. The initial results were impressive, but then further improved with quantification where we were able to achieve an area under the curve of 0.88. These are really exceptional AUCs in the heart transplant monitoring space, further underscoring the power of our technology. What's critical about these results is that the Prospera Heart test is delivering this exceptional AUC by performing cell-free DNA alone, and therefore, we believe there is no need for cumbersome and costly multi-modality approaches to bolster test performance. Competitor test in heart must be collected at a site that is set up for specialized handling because the sample must be immediately spun down and shipped on dry ice. Since our test is a simple blood test, patients can access our convenient mobile phlebotomy service, which can be important given the frequency of testing. In addition, the competitive test in heart charges Medicare twice for every multi-modality patient time point since separate DNA and RNA tests are being performed on each patient. Because we are delivering excellent performance on a cell-free DNA-based test alone, Prospera Heart reduces the cost of the system and is less than half the price of the expensive multi-modality approaches. We think this combination of test performance, convenience and cost represents a compelling offering for physicians and patients. We keep the product expansion opportunities rolling on the next page with our lung transplant launch. We are getting a lot of the same efficiencies with this launch, the same robust Prospera workflow and leveraging a lot of the same commercial infrastructure that we've built. The sales and commercial teams overlap with the heart team, so again, it's very efficient for us to go after this opportunity. We think the validation data and results in lung are very strong. The study was run by the lung transplant program at the Ohio State University, was presented at CHEST a few weeks ago and very well received. Prospective study examined 204 plasma samples obtained with concurrent bronchoscopy biopsy procedures from 104 lung transplant recipients between September of 2020 and June of 2021. Using the Prospera lung test, donor-derived cell-free DNA levels were compared across clinical histopathologic diagnostic cohorts. During the study, 35 episodes of acute rejection were analyzed. This study represents the largest trial of a commercially available donor-derived cell-free DNA test for lung transplant assessment. And once again, the AUC was incredibly strong, underscoring the power of our technology. For both the heart and lung products, we plan to submit dossiers for Medicare reimbursement under the existing local coverage decision, and we anticipate receiving coverage in 2022. As you can see, we have a lot of exciting opportunities. We've made a lot of progress in kidney. And we're now expanding to other organs. We've been hard at work in developing very strong data sets, and now we have, in some cases, the largest prospective data sets available. We're innovating. We're launching improvements such as Prospera with quantification. We're seeing exceptional AUCs. I think we're in an excellent position long term to compete very well in the organ health space. I'm going to hand it over to Solomon in a minute to walk through all the recent news on Signatera, but first, I want to spend a moment describing the effort we have underway in early cancer detection. Our strategy here is to pursue a capital-efficient development program that is not distracted from the work we are doing with Signatera, but instead leverages the technology we are already developing, along with the data we are generating with our growing base of clinical volumes in oncology. That last item is critical because we run an upfront exome on every Signatera sample. We're accumulating a data set of tens of thousands of early-stage cancer exomes that has never existed before. We can now interrogate that data set to assist in the design of a DNA-based signature that maximizes test performance. We've already completed the initial design of the colorectal cancer early screening DNA component. Now we're excited to validate and expand on that effort with our new partnership with Aarhus University. In the partnership, we've secured access to a biobank of 40,000 colorectal screening samples, prospectively collected and would match outcomes data. More than half of the affected samples are stage I or II cancers. We've also secured an exclusive option to license IP and access to a methylation signature from Aarhus, which demonstrated strong potential in a recently published study. The methylation signature alone reported an average sensitivity of 85% with a specificity of 99% across stage I through IV colorectal cancers. The performance was also very strong in early-stage cancers with an 80% sensitivity in stage I and 85% sensitivity in stage II cancers. We'll, of course, need to replicate these results, and we also believe we can improve upon the methylation signature by incorporating it into our own unique methylation workflow and adding in our DNA technology. We'll start off with the colorectal assay and then have the potential to add additional cancer types in the future. So while we continue to build on our lead with Signatera and MRD, we've got a targeted program running in this adjacent and very large market. I look forward to providing periodic updates on our progress here in the future. With that, let me now hand it over to Solomon to cover the other oncology updates. Solomon?