Bill Doyle
Analyst · SunTrust. Your line is open
Thank you, Ashley and good morning everyone. At Novocure, we remain focused on our mission to extend survival in some of the most aggressive forms of cancer through the development and commercialization of our lifeextending therapy, Tumor Treating Fields. Our track record of execution extended into the second quarter of 2020 with sustained commercial momentum, driving strong financial performance notstanding the challenges of doing business during the COVID-19 pandemic. Our team proves that we can adapt to a rapidly changing environment and we further strengthened our foundation for growth in Q2. We generated a record $116 million in revenue global net, reported positive EPS of $0.02 per share, and we ended the second quarter with $347 million of cash on hand. Our financial strength allowed funding of increased investments in clinical and product innovation, intended to further unlock the potential of the Tumor Treating Fields platform. We believe the Tumor Treating Fields's mechanism of action is broadly applicable to solid tumor cancers. Our fundamental scientific research spends two decades and then all of our pre-clinical research to-date Tumor Treating Fields has demonstrated a consistent anti mitotic product effect. Building upon the solid foundation of compelling pre-clinical evidence, we are executing a strategy to advanced Tumor Treating Fields therapy through Phase 2 pilot trials, Phase 3 pivotal trials and Phase 4 post-marketing studies, across multiple solid tumor cancer indications. Investments supporting the advancement of both our science and technology remain core to our long-term value creation strategy, and there have been several recent notable developments that I would like to highlight today. In July, we enrolled the last patient in the HEPANOVA trial, a Phase 2 pilot trial, studying Tumor Treating Fields in combination with sorafenib in patients with advanced liver cancer. Tumor Treating Fields have demonstrated efficacy in vitro and in vivo models of a hepatocellular carcinoma and can be delivered to the abdominal region. In pre-clinical studies Tumor Treating Fields plus sorafenib led to reduced viability and clonogenicity of hepatocellular carcinoma cells as well as increased apoptosis and autophagy in vitro and to a significant reduction in tumor volumes in vivo. Our preclinical data informed the design of the Phase 2 HEPANOVA trial. HEPANOVA was designed to detect an overall response rate by 20% in 25 patients treated with Tumor Treating Fields, compared to a 4.5% overall response rate calculated from historical controls. We expect final data collection six months from the last patient enrollment and look forward to seeing the results in early 2021. Beyond our internal development efforts, Tumor Treating Fields therapy is of increasing interest to the broader scientific and clinical research communities. In July, we announced a clinical trial collaboration agreement with MSD, a trade name of Merck, to develop Tumor Treating Fields together with the anti-PD-1 therapy KEYTRUDA for the treatment of first line non-small cell lung cancer. Preclinical studies suggest the use of Tumor Treating Fields together with anti PD-1 therapy can augment the immune response resulting in improved tumor control, and we are currently studying the combination of Tumor Treating Fields and anti PD-1 therapies as a second line treatment for Stage 4 non-small cell lung cancer in our LUNAR trial. In collaboration with Mark, we will expand our research in lung cancer to study the combination of Tumor Treating Fields concomitant KEYTRUDA for first line treatment of Stage 3, non-small cell lung cancer in a Phase 2 pilot study designed to approve approximately 66 patients in the United States. Objective response rate is the primary endpoint of the study and secondary end points include overall and progression-free survival. Keynote 36 is expected to begin in the second half of 2020. We look forward to generating clinical data from this important combination study in first line non-small cell lung cancer with a global leader in oncology. These important achievements underscore our unwavering focus on advancing our clinical development strategy both internally and with external collaborators. We've remain confident of the potential to significantly expand the addressable market for Tumor Treating Fields with readouts of key data sets from the six indications in our pipeline anticipated over the next three years. Beyond clinical development, we are working to improve our therapy and our therapy delivery systems. We continue to expand our product development programs to deliver technology enhancements intended to improve our therapy's efficacy and our products ease of use. Our product development organization includes dedicated teams focused on advancements of the Tumor Treating Fields generator, arrays, and software applications intended to improve patient outcomes and the aggressive cancers that we treat. Just over a year ago, an EF-14 post-hoc analysis published in the Red Journal, provided a definition of dose for Tumor Treating Fields and demonstrated that higher doses improved survival in newly diagnosed GBM patients. The dose response for Tumor Treating Fields is driven by total energy delivered, which is a function of time on therapy and electric field intensity delivered to the tumor bed. The Red Journal analysis was pivotal in guiding our product development efforts in Tumor Treating Fields does symmetry and treatment planning. In the second quarter, our software applications team completed initial development of a new treatment planning software package called Max Point, which seeks to optimize the Tumor Treating Fields dose delivered to GBM patients. Max Point will allow physician to estimate the field intensity delivered to an individual GBM patient's tumor and will provide a tool to customize that patient's treatment plan and transducer array layouts based on algorithms that compute the field's impact on the different frame tissues. Configuration of the transducer arrays has always been an essential factor in determining Tumor Treating Fields intensity delivery. And we believe Max Point will be an important product enhancement to help account for each GBM patient's individual characteristics when determining the optimal Tumor Treating Fields Preparing for a data for full deployment of Max Point for the select number of radiation oncology partners later this year. Our array development team is undertaking multiple projects to advance our array technologies. The Optune system currently delivers Tumor Treating Fields therapy for the treatment in GBM using four transducer arrays with nine ceramic discs each. To increase field intensity Novocure designed high intensity arrays with 14 ceramic discs each for use in the EF-33 study. Increasing the surface area of DRA is expected to enable delivery of higher field intensities, while maintaining the treatment safety profile. Last week, we launched a Phase 2 pilot study to test the incremental survival benefit of delivering Tumor Treating Fields with high-intensity arrays in 25 patients with recurrent GBM. The EF-33 study is designed to determine if Tumor Treating Fields delivered at 200 kilohertz with high intensity arrays, prolongs progression-free survival compared to historic control using standard arrays. EF-33 is intended to measure whether high-intensity arrays can extend median progression-free survival by approximately two months equating to a hazard ratio of 0.6. We expect final data from the study in 2022, at which point we will determine the appropriate regulatory pathway for potential commercial use. In parallel, the array development team is working on several other initiatives intended to further advance our array technology, including a potential non-ceramic array. Our increased focus on product development is central to our mission to extend cancer survivors and we are excited to highlight these programs as they progress. We plan to host a Research & Development Day for analysts and investors in November to highlight progress across our development pipeline and introduce areas of internal and external focus in our translational research. We remained optimistic about the role Tumor Treating Fields can play in advancing cancer care across all of our pipeline indications, and we remain optimistic in our ability to continue to improve the patient benefits of Tumor Treating Fields therapy. The fundamental prospects of our business are as strong as ever, and we are determined to advance our priorities to unlock the long-term potential of our proprietary platform. With that, I will turn the call over to Asaf to share his perspective on the second quarter. Asaf?