William Doyle
Analyst · Piper Sandler. Your line is open
Thank you Asaf. Our beliefs that the Tumor Treating Fields mechanism of action is broadly applicable to solid tumor cancers is supported by scientific rationale grounded in 20 years of research. As proud as we are of the scientific progress we have made, we believe we're only beginning our potential to improve outcomes in oncology. In 2020, we invested over $130 million in research and development, and we expect to continue to utilize our financial strength to advance our multipronged development strategy. This includes generating clinical data, to establish the safety and efficacy of Tumor Treating Fields in new indications, and in combination with other effective therapies, to identify Tumor Treating Fields optimal use and approved indications, and to optimize our therapy through product innovation. Our teams are enrolling patients in seven on-going clinical trials in ovarian cancer, brain metastases, non-small cell lung cancer, pancreatic cancer, gastric cancer, and glioblastoma. In all of our trials, we remain focused on driving enrollment by increasing site engagement at our active clinical trial sites, and by expanding our global footprint with new sites. Although we continue to see persisting uncertainty and volatility across healthcare systems from COVID-19, we are confident in our globally aligned response plans and continue to monitor the situation closely. Advancing the clinical pipeline is among our highest priorities. And we will continue to refine our systems and processes as needed to realize the substantial growth opportunity that our current development programs offer. Our existing pipeline programs create the potential to extend the reach of Tumor Treating Fields therapy to many more cancer patients, with multiple data readouts anticipated over the next few years. We expect newsflow from our thoracic and abdominal cancer programs this year, beginning with final data from HEPANOVA, a Phase II pilot trial in advanced liver cancer. We are currently finalizing data collection and plan to present the results of the study at an upcoming medical conference. Additionally, three of our Phase III pivotal trials have enrollment driven interim analyses, all of which we expect to occur in the next 18 months. Beginning with our abdominal cancer program, our INNOVATE-3 trial test the effectiveness of Tumor Treating Fields with weekly paclitaxel, in 540 patients with platinum-resistant ovarian cancer. Ovarian cancer ranks fifth in cancer deaths among women in the U.S. Almost all patients with recurrent ovarian cancer ultimately developed platinum-resistance and the prognosis for this population remains poor. INNOVATE-3 is designed to detect extension and overall survival of approximately four months, equating to a hazard ratio of 0.75. Given current enrollment trends, we now project that ovarian cancer will be the first indication from our current late stage pipeline to reach interim analysis. We continue to anticipate final data from INNOVATE-3 in 2023 approximately 18 months after the last patient is enrolled in the study. The protocol specifies and enrollment driven interim analysis at last patient in which we expect will occur in the third quarter of 2021. The European network for gynaecological, oncological trial groups and the GOG foundation, third party clinical trial networks are collaborating with us to facilitate enrollment at leading cancer centers. These collaborations highlight the growing support for Tumor Treating Fields across the global clinical community. We continue to enroll patients in our PANOVA-3 trial in locally advanced pancreatic cancer, for which we anticipate final data in 2023. Moving to our thoracic cancer program, our LUNAR trial test the effectiveness of Tumor Treating Fields with physicians choice of immune checkpoint inhibitor, or docetaxel, in the second line treatment of patients with stage four non-small cell lung cancer, who progressed during or after platinum-based therapy. Because of the evolving standard-of-care for second line treatments of non-small cell lung cancer, LUNAR was designed to generate data that contemplate multiple outcomes, all of which we believe will be clinically meaningful for patients. The study is designed to detect an extension and overall survival of approximately four months, equating to a hazard ratio of 0.75. We anticipate final data from LUNAR in 2023, approximately 18 months after the last patient is enrolled. The protocol specifies an enrollment driven interim analysis at 432 patients, which we expect will occur in the fourth quarter of 2021. Tumor Treating Fields is intended for use principally in combination with other standard-of-care treatments. And we look forward to expanding our lung cancer program later this year. In 2020, we entered into clinical trial collaboration 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. This trial is an important expansion of our clinical development into stage three first line non-small cell lung cancer with a global leader in oncology. KEYNOTE, B-36 is designed to enroll 66 patients in the U.S. and expect it to launch in the second quarter of 2021. In addition to our clinical efforts, we've increased our investment in product development initiatives intended to extend survival and main chain quality of life for patients. Our product development teams make tremendous strides in 2020 and remain focused on delivering product innovations that prioritize initiatives to increase Tumor Treating Fields dose, and patient ease of use. Our teams continue to evaluate opportunities to optimize the Tumor Treating Fields generator, design new arrays that are more flexible and can deliver higher Tumor Treating Fields intensities and create new patient centered software intended to support larger populations in multiple indications. All of the research and development underway both at Novocure and within the global scientific community build upon and enrich the Tumor Treating Fields ecosystem. Translational research, clinical development and product innovation programs propel our efforts to expand the approved indications for Tumor Treating Fields therapy. Research grants support in-vivo, inovitro, and other preclinical projects conducted by scientists around the globe, and investigator sponsored trials expand our understanding of tumor treating fields optimally use in the clinic. All of these efforts are in the service of patients as the ecosystem drives to extend survival in some of the most aggressive forms of cancer. I will now turn the call over to Ashley to discuss our financial results.