Bill Doyle
Analyst · Piper Sandler
Thank you, Ingrid, and good morning, everyone. We founded NovoCure to explore the novel observation that electric fields can be harnessed to disrupt cancer cell division. Over the subsequent two decades, our team has worked tirelessly to bring Tumor Treating Fields therapy to patients, to extend survival in some of the most aggressive forms of cancer. Over these years, we have completed multiple pivotal clinical trials, built a durable commercial business, treating patients with glioblastoma and gained an immense amount of knowledge and experience, which fuels our confidence in the future. We continue to develop the full potential of the Tumor Treating Fields platform through research, clinical trials and collaborations with academic centers and industry partners. The fundamentals of our business are strong. 2021 was another year of achievement for the NovoCure team. We completed the enrollment of two randomized pivotal trials, the first in recurrent ovarian cancer. And the second in non-small cell lung cancer. We also completed enrollment of a pilot clinical study in gastric cancer, exciting data from the two the top investigator sponsor trials studying TTFields together with immunotherapy were presented at the society of Neuro-Oncology Annual Congress, which could lead to a paradigm shift and the treatment of patients with GBM. We also released data from our pilot clinical study in advanced liver cancer, which demonstrated an encouraging disease control rate and objective response rate in poor prognosis patients. We expanded our collaboration network, which now includes oncology leaders, Merck, Roche, Genentech and GT Medical. We announced we are building a world-class training and development center where partners from around the world can convene to learn the latest advances in the study and use of Tumor Treating Fields therapy, and we generated over $0.5 billion in net revenues. As impressive as this progress may be, we believe it is just the tip of the iceberg as we approach a key inflection point for our company and patients. In today’s call, we will first discuss recent updates in our core GBM business. We will then review developments in our clinical pipeline. Finally, we will close with a discussion of our fourth quarter financial results and the strength provided by our sustainable business model. Our core GBM business is a critical driver of NovoCure’s long-term success. Not only is our GBM business the financial engine fueling significant investment in future growth, it is providing the blueprint for successive successful commercial launches and geographic expansion. COVID-19 was a headwind in 2021. With the Omicron surge repeating patterns of restricted physician engagement, stressed hospital staffing and delayed diagnosis and treatment seen throughout the year. Nevertheless, we generated $535 million in net revenues from our GBM business, an increase of 8% year-over-year. A point of focus for increasing Optune adoption is broadening our penetration of key academic institutions. In the U.S., whether through primary consultations or second opinions, academic institutions see a majority of GBM patient flows and we remain underpenetrated in these settings. We are committed to providing every opportunity for oncologists that academic centers to learn about the science underpinning Tumor Treating Fields therapy and to increase their understanding of the clinical benefits for patients. I would like to highlight two opportunities for academic oncologists engagement. Our IST program and the TRIDENT trial in newly diagnosed GBM. Currently, NovoCure supports 30 active investigator-sponsored trials or ISTs. ISTs explore a variety of clinical topics of interest academicians, including new cancer indications, unique combinations with drugs and other therapies and used in new patient populations. NovoCure’s IST program offers oncologists opportunities to perform research and publish their findings and informs areas for further study, including potential pivotal trials. Our ISTs can also potentially lead to important breakthroughs such as the 2-THE-TOP study conducted by Dr. David Tran, Chief of the Division of Neuro-Oncology at the McKnight Brain Institute at the University of Florida in newly diagnosed GBM. As seen in our press release this morning, we are extremely pleased to announce Dr. Tran’s manuscript was published this week in the Journal of Clinical Investigation. As a reminder, 2-THE-TOP was designed to study Tumor Treating Fields with temozolomide, together with the immunotherapy pembrolizumab. As with our LUNAR trial, 2-THE-TOP explores potential benefits of using TTFields together with immunotherapies and specifically whether TTFields induced cell death leads to an anti-cancer immune response such that a formally cold tumor becomes hot for concomitant use with immunothetherapy. In November, at the Society for Neuro-Oncology Annual Congress, Dr. Tran presented preliminary data, which we found very encouraging. In 19 patients that had greater than nine months of follow-up, progression-free survival reached 11.2 months. For perspective, this compares to the 6.7 months achieved in NovoCure’s pivotal EF-14 study of TTFields plus temozolomide and is nearly a 3 times improvement to the four months of progression-free survival observed from treatment with temozolomide alone in the EF-14 controller. Dr. Tran’s research might prove revolutionary for GBM patients, and they potentially position TTFields as a sensitizer for immunotherapy agents to impact cancers in which they have so far proved ineffective. The 2-THE-TOP study is an example of a clinical researcher performing an IST that is driving the science, exploring the most effective uses of TTFields and may change the treatment landscape for GBM patients. NovoCure sponsored clinical trials provide a second avenue to engage key academic centers. Our TRIDENT protocol is testing the use of TTFields concurrently with radiation therapy rather than following radiation therapy in newly diagnosed GBM. Studying the earlier introduction of Optune in the GBM treatment protocol is critical to NovoCure for two principal reasons. First, shifting the introduction of TTFields to an earlier point in a patient’s treatment journey may lead to extended time on therapy and better survival outcomes. Second, it allows NovoCure to engage additional members of a patient’s oncology team, specific with a radiation oncologists. We believe greater awareness of the benefits of TTFields among all members of the treatment team is key to increasing adoption. We have opened TRIDENT recruitment sites at several of our focus academic centers with the goal of opening TRIDENT sites at all remaining centers this year. Geographic expansion is another key component of our long-term growth strategy. In July, we announced Optune had earned an ASA 3 rating from the French Health Authority. An ASA 3 rating enables our team to engage in reimbursement negotiations with the ultimate goal of achieving national reimbursement in France. We are in the final stages of price negotiations with French Health Authorities and expect to treat patients and trends by the end of 2022. In addition to France, we are establishing the commercial foundations in a number of other markets across Europe and Canada. These new markets create the opportunity to serve more GBM patients as well as establish commercial infrastructure in anticipation of future launches. I would like to close my comments this morning by highlighting our recently announced product development milestones. Preclinical research shows that increasing Tumor Treating Fields intensity enhances the cancer cell killing effect. The practical factor limiting field intensity and daily use is heat generation. We believe our next-generation arrays have the potential to mitigate the skin heating issue. Our research shows our next-generation arrays can deliver a higher, more consistent Tumor Treating Fields intensity to the region of a patient’s tumor. Our next-generation arrays are also designed to be more comfortable and provide greater range of motion. I am incredibly excited about this product development milestone as our next-generation arrays have the potential to improve our therapy in the lives of patients and could be another lever for increasing penetration. We are working with regulatory authorities in anticipation of a limited release in select EU markets later this year. NovoCure is in the privileged position to have large organic opportunities to extend the reach of the Tumor Treating Fields cancer therapy platform into new cancer indications and new geographies. We can further improve our therapy platform through product engineering, and our commercial business is fueling our many growth and product improvement initiatives. The durability of our core revenue streams allows our teams to focus on our strategic priorities, all with the ultimate goal to extend survivals in some of the most aggressive cancers. With that, I will now pass the call over to Asaf to discuss our clinical updates from the quarter. Asaf?