Brian Sullivan
Analyst · H.C. Wainwright. Please go ahead, your line is open
Thank you, Vicky, and good afternoon everyone. Thank you for joining us today. I'm glad that we're able to update you on our progress this past quarter. I'd like to comment on our third quarter results. I will focus in particular on the status of our collaboration discussions, our product development projects, and as well as FACT 1 and FACT 2 clinical trials. Vicky will follow my comments with a discussion of our financial results, and then we'll open up the line for questions. Celcuity's 3rd generation diagnostic platform, CELsignia, identifies the underlying cellular activity, dysregulated pathway signaling that drives many cancers, and this allows us to diagnose dysregulated signaling pathways in a patient's tumor and has a disease mechanism treatable with a matching targeted therapy. Our strategy is to help pharmaceutical companies obtain new indications for their targeted therapies to treat their patients our CELsignia tests identify. Since dysregulated signaling is too complex for molecular tests to characterize in most cases, we can leverage the capability of our CELsignia platform to create a proprietary business strategy. To execute our strategy we continue to make progress advancing collaboration agreements with pharmaceutical companies and our clinical sponsors. Over the past several months, our clinical collaborators have received approval from several major pharmaceutical companies to contract and finalize protocols for clinical trials that evaluate their approved targeted therapies in patients our CELsignia tests select. These are the same collaboration discussions we have referenced previously when they were at an earlier stage. Once our clinical sponsor collaborators receive an approval from a pharmaceutical company a number of actions are required to translate the pharmaceutical company's intent to collaborate with us until final agreement between Celcuity, our clinical sponsors, and the pharmaceutical company. This process is, as I have described previously, an expensive and time-consuming one because of the number of parties and documents involved. For example, the first clinical -- the final clinical trial protocol must get approved separately by several groups at the clinical sponsors institutions and then by separate groups within the pharmaceutical company before collaboration agreements can get finalized. Each of these review steps can take months. Fortunately, we are close to completing these steps with several collaborations, which is why we expect to close several pharmaceutical company collaborations over the next few months, including one or two before year-end. The collaborations we expect to close soon will evaluate different drug combinations with HER2-negative metastatic breast cancer patients selected with our CELsignia Multipathway Activity Test. These will be our first collaborations to study late-stage metastatic patients. Our collaborations with Genentech and Puma are evaluating early-stage breast cancer patients. There is a significant unmet need for new therapeutic options for HER2-negative metastatic breast cancer patients. Our research suggests that many of these patients have an undiagnosed and untreated disease mechanism. We believe our CELsignia test can identify the disease mechanism for roughly 25% to 35% of these late-stage patients, and the targeted therapy is mostly likely to benefit them. The collaborations we expect to close soon will evaluate patients, with either hyperactive HER2 signaling tumors or those with hyperactive c-MET in HER2 signaling tumors. Our discussions with pharmaceutical companies to evaluate PI3K inhibitors in breast and ovarian cancer patients with hyperactive PI3K signaling are also progressing. Now, these discussions are at an earlier stage than those involving patients with hyperactive HER2 or c-MET signaling, so we don't expect those collaborations to close until some time in mid 2021 or beyond. For pharmaceutical companies the collaboration with Celcuity offers a unique opportunity to evaluate the efficacy of their targeted therapies in patient populations the company would not otherwise be able to evaluate. If successful, these collaborations would represent a critical step towards obtaining a new indication that expands the market for the evaluated targeted therapies. We're also very excited about the clinical investigators we expect to partner with to fuel these trials. They are amongst the most respected oncology thought leaders and researchers in the country, and we believe their interest in collaborating with us reflects their respect for the unique potential our CELsignia test offers to identify undiagnosed disease drivers for their patients. During the third quarter, we also continued to advance development of additional CELsignia pathway activity tests. Our goal is to develop new CELsignia tests that identify RAS pathway-driven cancers undetectable with molecular tests in breast and ovarian cancer. Dysregulated signaling involving RAS network nodes is responsible for a significant percentage of all cancers, which has led many pharmaceutical companies to sponsor research in this area. We expect to report data for these new tests at a cancer conference in the first-half of 2021. Our CELsignia platform also provides unique insights into the interdependence of the various RAS pathways. For many patients, a targeted therapy that inhibits one RAS pathway in turn may activate another RAS pathway, and this is typically referred to as a resistance mechanism, which at present can reduce the efficacy of the targeted therapy. For instance, it is generally understood that the inhibition of PI3K can detrimentally activate mTOR or MEK signaling and vice versa in some patients. With CELsignia, we can analyze these interactions between the different pathways and this interconnected network using a patient's tumor cells. So it allows us to identify drug combinations that can blockade these interactions and prevent the resistance mechanisms from occurring. The benefit to the patient would be better tumor control and ultimately longer overall survival. In addition, we can also assess the relative potency and efficacy of the different therapies targeting RAS nodes. This enables us to characterize the relative superiority of the different approved and investigational targeted therapies for RAS pathways, which will help guide our collaboration activities. Finally, we continue to expect interim results from our FACT 1 and FACT 2 trials in the second-half of 2021. Although some sites continue to experience COVID-19 delays, it should not further delay reporting of results. However, as you are all aware, we do not yet know whether the recent increase in COVID-19 related hospitalizations in a number of States will impact enrollment activities for these trials over the next few months. Both the FACT 1 and FACT 2 trials are evaluating anti-HER2 therapies in early-stage HER2-negative breast cancer patients. The goal of each trial is to demonstrate that breast cancer patients identified by our CELsignia HER2 Pathway Activity test, obtain a higher rate of pathological complete response to new adjuvant anti-HER2 drug treatment than the current therapies. Since patients who receive a pathological complete response to new adjuvant drug treatment are less likely to have a cancer recur. We're hopeful our CELsignia test can play a significant role in extending the lives of many breast cancer patients. That concludes my initial remarks, but I'd like to now turn it over to Vicky to review financial results.