Mike Hunkapiller
Analyst · Cowen. Your line is open
Thanks Trevin. Good afternoon and thank you for joining us today. On this call, we will review our financial results for the previous quarter, provide an update on how the COVID-19 pandemic has updated or impacted our business and provide some ongoing business highlights. I'll start with an overview of our Q2, 2020 financial results. Instrument revenue for the quarter was $8.9 million down 29% from Q2, 2019, but up 122% from Q1, 2020. As we mentioned in our previous earnings call, numerous customers had begun to shutdown their operations in March, which caused a sharp decline in our instrument revenue in Q1. Many of those customers reopened during the latter half of Q2 which allowed us to deliver and install some of the systems that were in backlog at the end of Q1. We were able to install 23 Sequel II systems during the second quarter, which drove the sequential increase in instrument revenue. We ended the quarter with an install base of 148 Sequel II systems. Consumable revenue for the quarter was $4.8 million down 44% from Q2, 2019 and down 42% sequentially from Q1, 2020. Given by lower customer utilization of installed systems through the pandemic, during the month of April, over half of our customer sites were shutdown. Many sites began to reopen in May and June, and by the end of June, approximately 20% remained closed. Even among the sites that have reopened, many have not yet resumed utilizing their systems at the same rate they were performing prior to the shutdowns. Our consumables sales were heavily weighted towards the latter part of the quarter, with almost half of the quarters consumable sales shipped in June. Total revenue for the second quarter was $17.1 million, which was down 31% from Q2, 2019, but up 10% sequentially from Q1, 2020. Gross margin for the second quarter was 39% equal with the 39% gross margin recorded in Q2, 2019 and down from 48% in Q1, 2020. Operating expense for the quarter was $30.1 million representing a decrease of 11% compared with Q2, 2019, and a decrease of 25% compared with Q1, 2020. We ended the quarter with $120 million in cash and investments on hand. Susan and Ben will provide more details on the financial metrics later in the call. Now I'll provide a few comments regarding the COVID-19 pandemic on our business. One set of metrics that we track is customer utilization of installed PacBio instruments. Using Q4, 2019 system utilization as the base utilization of Sequel and Sequel II systems during the first quarter of 2020 was generally robust with the exception of a dip in utilization in China starting in February. Utilization in China started to pick back up in late March and gradually improved through Q2, though it has not yet recovered all the way back to where it was in Q4 of 2019. In Europe and the U.S. utilization rapidly decreased by over 40% in April, began to recover in May and continue to improve in June. By the end of June, utilization on Sequel II systems was somewhat higher than any previous month. Although utilization on Sequel I systems continued to lag. In total utilization in June for Sequel I and Sequel II systems combined was roughly 80% of where it had been in Q4 of 2019. We expect utilization of Sequel II systems to continue to increase in the second half of this year as several of our high usage customers returned to full operation. Many of these have faced difficulty in collecting samples, such as large scale plant and animal samples, or enrolling subjects, primarily for large scale human studies, during local shutdowns due to the pandemic. With regard to system sales, while we were successful installing more systems in Q2 than we did in Q1, there were significant headwinds in sales due to the pandemic. Many customers have delayed capital purchases as their budgets were put on hold in Q2, conditions are improving and we have a healthy system sales pipeline. However, it is still difficult to predict when and how quickly instrument sales will fully recover. Operationally at PacBio, we've been maintaining essential production of our products in providing both remote and on-site support to our customers since the initial wave of shelter-in-place orders were put into place in mid-March, while adhering to best practice safety protocols to keep our customers, employees and vendors safe. We have secured our sources of supply and have continued to meet the needs of all customers who have continued to operate their essential businesses. Overall, thanks to the incredible efforts of many at PacBio, we continue to run as smoothly as possible. Switching now to business highlights, we've been making significant progress in driving the adoption of Sequel II system along with our HiFi sequencing protocol. As a reminder, the HiFi protocol enables users to generate highly accurate long reads. HiFi data can outperform either accurate short read or noisy long read data for a large number of sequencing applications. As a result, HiFi is rapidly becoming the gold standard for these applications. A recent tweet from the Wuhan GrandOmics Medical Laboratory in China illustrates this point "PacBio HiFi reads is currently the only mature cornerstone innovation in the world that combines long read length and high accuracy. It is the tool that all the developers of the third generation sequencing dream of". HiFi performance in the novo genome assembly has been particularly impressive and it is rapidly replacing noisy long read methods for plant and animal genome sequence assembly projects. It's already been adopted by large scale biome projects, such as the Darwin Tree of Life and the Vertebrates Genome Project. Species ranging from redwoods, giant trees with a 27-Giga base genome to the Ancient Giant Hornet recently introduced in the Pacific Northwest of the U.S. The flatworms, animals with only a few hundred cells have been sequenced with the HiFi protocol combined with PacBio’s updated sample prep methods. HiFi can now be used for genome assembly on individual organisms and a variety of tiny species. This allows studies of intra species variations at the whole genome level that is not possible and sequencing can only be done by pooling many individuals to provide enough DNA for sequencing. It extends PacBio’s capability to support scientists’ population genetic studies on a host of organisms, important for basic research health for commercial purposes. HiFi’s ability to provide accurate comprehensive analysis of genetic variation, ranging from single nucleotide differences to large structural variants in a single sequencing experiment can allow these studies to be performed in a cost effective manner. A HiFi protocol has also become essential to a host of human whole genome programs. The overall goal of these programs is to allow scientists to understand the breadth of genetic variation that may be important to a host of human health issues. They include projects to understand diversity at ethnic levels in various countries around the world, as well as within particular disease cohorts. The NIH Pan-Genome Project for example, is working to create reference level genomes from 350 individuals and varied backgrounds to supplement the single gold standard reference used today. SOLVE-RD in Europe is analyzing 500 genomes to elucidate genetic changes responsible for rare diseases. These programs and a host of others are key to establishing the superior value of PacBio’s smart sequencing and human translational research studies. While they're in general pilot level programs, they position us to play a much larger role as the cost and throughput of PacBio sequencing continues to improve to the point where it can be used in much larger human population genetics research and clinical studies. Earlier today, we announced the clinical research collaboration with Asuragen a molecular diagnostics company delivering easy-to-use products for complex testing in genetics and oncology. The collaboration is aimed at developing molecular essays based on PacBio single molecule real-time smart sequencing technology. Its initial focus will be on research in support of assay development for the Carrier Screening market. Several of the most common carrier genes for autosomal recessive and X-linked conditions are either technically challenging, are inaccessible to traditional amplification and sequencing, leading to incomplete coverage. In the announcement, Gary J. Latham, PhD, Senior Vice President of Research and Development at Asuragen noted “innovative amplification and sequencing technologies have each been instrumental in discovering and characterizing challenging disease causing structural variants. We are excited to work with PacBio to combine the best of both technologies to build assays that can uniformly resolve simple and complex forms of genetic variation for research and clinical applications”. We noted in our Q1, 2020 earnings conference call that RT-PCR rather than DNA sequencing would be the main technology for diagnostic testing of the SARS’ CoV-2 virus responsible for COVID-19 infection. Sequencing continues to play a role in tracking viral evolution, but absent widespread pressure from vaccine or pharmaceutical challenge, the virus seems to mutate at a relatively low rate. It's also increasing study of host genomic sequences to help understand why the responses by infected individuals vary so greatly from one person to another. Several of these studies have focused on examining the host immune response to the virus by sequencing the antibody repertoires from patients who have recovered from infection. A few have already provided antibody sequences that are possible candidates as monoclonal antibodies for prophylactic treatment of the infection, and PacBio smart sequencing has played a role in such studies. We've been working with the [core bio] to modify and validate their smarter immune profiling kit in order to make full length B-cell receptor sequencing more accessible to customers studying COVID-19 or other areas of immunology. There's also some evidence that the host HLA genes play key roles in immune response to the virus and smart sequencing is being used for complete gene sequencing of this complex family with a wide variation in sequence across the human population. I will now turn it over to Susan to provide more details on our financial results.