George Yancopoulos
Analyst · Piper Jaffray. Please go ahead
Thank you, Leonard, and good morning to everyone. I'd like to begin with our efforts to continue to expand and optimize the benefits provided to patients by EYLEA. As a reminder, in September of 2018, the FDA accepted our supplemental BLA for diabetic retinopathy with an action date of May 13, 2019. This potential label expansion to include patients with diabetic retinopathy without DME coupled with our existing approval in DME puts EYLEA on the forefront of treating diabetic eye diseases. Let me emphasize data from our Phase 3 PANORAMA study in diabetic retinopathy. In addition to anatomic improvement, we have for the first time shown that EYLEA can reduce vision-threatening complications in people who have diabetic retinopathy. Contrary to the perception of some that diabetic retinopathy is a slowly evolving condition, our PANORAMA study demonstrated that patients with moderately severe or severe diabetic retinopathy may progress rapidly developing vision-threatening complications or new onset DME. With more than 40% of the overall patient population suffering from these events and more than 50% of the patients in the severe category certainly showing the high risk that these patients are under. In the overall patient population, EYLEA reduced these events by more than 75%. In patients with -- in any case more complete data on the 52-week Phase 3 PANORAMA study will be presented in Angiogenesis Meeting on Saturday and has been submitted to the FDA. It is remarkable that despite many attempts to improve upon the efficacy of VEGF blockade for retinal disease based on the data we have seen no other mechanism has proven more beneficial and no other drug can have that pivotal trials has shown superior visual acuity compared to EYLEA, but we aren't standing still. Our goal is to further advance the treatment of retinal diseases. Later this year, we will begin clinical development of a higher-dose formulation of aflibercept to determine whether it can safely provide improved efficacy and longer-lasting benefit. In addition, we are actively developed a new molecular entities, which we may advance to clinical trials as soon as this year. And we are in the earlier stages of development for the gene therapies and other noble approaches. I'd now like to turn to Dupixent. Our own clinical study support decades of basic science suggesting the target of Dupixent that is interleukin-4 interleukin-13 signaling is a fundamental driver of type two inflammation common to many allergic or atopic deceases. This scientific insight underlies, the basis of why many believe Dupixent is a pipeline in the product. Following our FDA approval for adult atopic dermatitis in 2017 and our approval in asthma at the end of last year, we are anticipating three important upcoming regulatory milestones for Dupixent. First, a decision by the FDA in adolescent atopic dermatitis, with an action date of March 13, 2019; second an EMA decision in the first half of the year on asthma in adults and adolescents; and third potential FDA acceptance of the supplemental BLA for chronic rhinosinusitis with nasal polyposis based on two overwhelmingly positive Phase 3 studies. As Dupixent potentially expands into adolescence with atopic dermatitis, it is important to remember, how serious and devastating this disease can be. The teenage years are hard enough without debilitating skin condition and may impact self image lead and the ability to concentrate in school. Most of the patients in our trials are disease covering over half their bodies. And patients have described the accompanying itch as similar to unrelenting poison ivy that never goes away. As measured by EZ score, Dupixent reduce the extensive severity of skin lesions by an average of 60% to 70%, with significant improvements in other measures including itch. Beyond, its potential approval in adolescence, we hope to bring the benefit of Dupixent to even younger AD patients. In this year, we expect to report results of the Phase 3 trial in patients aged 6 to 11 years. Turning to Dupixent in asthma. We are anticipating approval in the EU and Japan later this year. U.S. asthma launch is under way and it's particularly gratifying to see good early uptake among allergists, who have had prior experience in Dupixent for patients with atopic dermatitis. You will hear more about the asthma launch from Marion. It is widely appreciated for patients with serious allergic diseases. Our trials demonstrate substantial level of co-morbid conditions in individual patients. For example, in our adolescent atopic dermatitis trials more than 50% had asthma as well, and more than 60% to 70% had another allergic condition such as food allergy or inhaled allergies. Many believe that allergic atopic diseases is a systemic condition driven by immune imbalance due to the Type 2 inflammation, which manifests itself to different degrees in different parts of the body in different patients. Consistent with this viewpoint and with our own emerging clinical data, we're exploring multiple potential new allergic or atopic conditions for Dupixent. As I mentioned previously, we have a pending supplementary BLA for chronic rhinosinusitis with nasal polyposis. In addition, we have recently initiated Phase 2/3 study of dupilumab in patients and adolescents with eosinophilic esophagitis. The Phase 2 study in collaboration with Aimmune Therapeutics of dupilumab in peanut allergy were we have complete enrollment in Phase 2 study for grass allergy. We'll update you in the future about new trials and new indications. We view our interleukin-33 program as a potential complement to Dupixent. We are studying REGN3500, our interleukin-33 antibody both as monotherapy as well as in combination with Dupixent in several indications including asthma, atopic dermatitis and COPD. We will report results of the Phase 2 study in asthma in 2019. Two Phase 2 studies in atopic dermatitis were recently initiated: an anti-interleukin-33 monotherapy dose response study and a combination study with Dupixent. While it is unlikely that interleukin-33 blockade alone will provide the degree of benefit observed with Dupixent, our program is designed to capture any potential incremental benefit that may result from the combination. Moving on now to our immuno-oncology portfolio. We recently unveiled what we believe is a rational and comprehensive immuno-oncology strategy with our PD-1 antibody Libtayo at its foundation. In September of 2018, Libtayo the third FDA-approved anti-PD-1 became the first FDA-approved treatment of any kind for advanced cutaneous squamous cell carcinoma, or CSCC. Outside the United States, the European Medicine Agency is reviewing our regulatory application and we expect a decision later this year. To maximize the substantial Libtayo opportunity in dermatoencology, we will be commencing adjuvant studies in CSCC in the first half of 2019 with new adjuvant studies to follow. And we are studying Libtayo in other skin cancers that we believe will have a benefit. Beyond dermatoencology, we consider non-small cell lung cancer been major potential indication for Libtayo. Our Phase 3 program in non-small cell lung cancer is building on the rapidly evolving treatment paradigm. As we stated previously, we have doubled the size of our trial comparing Libtayo monotherapy to chemotherapy in PD-L1-high patients. Regard in combinations, we'll be focusing our efforts in first-line treating and combination therapy of Libtayo with chemotherapy. The ongoing Phase 3 combination study is being augmented to enroll non-small cell lung cancer patients irrespective of histology and the levels of PD-L1 expression and to randomize to Libtayo plus chemotherapy or chemotherapy alone. Amazingly enough despite the years of effort in many pivotal trials there's only one PD-1 or PD-L1 antibody approved as monotherapy in first-line metastatic non-small cell lung cancer. If our ongoing trials succeed, we have the potential to be the second. Unfortunately for patients even in tumor settings with some response, the majority of patients still do not benefit from PD-1 blockade. Moreover, little benefit has been demonstrated with PD-1 and PD-L1 blockade or any other immunotherapy in many of the most common tumor types such as prostate, pancreatic, colorectal and breast. This honestly is an important area of unmet need. As you heard me say recently, we are excited about our bispecific franchise. And in particular two classes: the CD3 bispecifics and the costimulatory bispecifics. We believe that these bispecifics may have important anticancer activity on their own and in combinations that can include the Libtayo have the potential to extend the benefits of the immunotherapy in both immunoresponsive tumors as well as thus far immuno-unresponsive tumor types. Many of our CD3 bispecifics are already in the clinic with one of them showing impressive initial results as a monotherapy in very-advanced late-stage patients. In December of 2018 at ASH, we presented the exciting data from REGN1979 our CD20xCD3 bispecific for B-cell Non-Hodgkin's Lymphoma or NHL. At doses we are considering for potential pivotal trials, treating these patients with relapsed/refractory follicular lymphoma resulted in a 100% objective response rate and an 80% complete response rate. Nine out of 10 patients maintained their response during treatment. And the one patient who progressed did so in the setting of prolonged treatment interruption. At higher doses, we're also seeing increases in the response rates in the harder-to-treat relapsed/refractory diffuse large B-cell lymphoma or DLBCL. And are approaching the level of response reported with CAR-Ts. Based on our emerging data, in 2019 we're planning to initiate potential pivotal studies with our CD20xCD3 bispecific for third-line follicular lymphoma as well as DLBCL. Our second CD3 bispecific antibody to enter clinical development targets MUC16 for ovarian cancer. The MUC16 epitope that we target is the remaining nub of membrane-bound protein that when shed is known as CA125, the well-known biomarker for ovarian cancer. And our BCMAxCD3 bispecific antibody has just entered clinical development for the treatment of multiple myeloma. We're encouraged by preliminary results of both CAR-T as well as BiTEs targeting BCMA in multiple myeloma and believe that our BCMAxCD3 bispecific has a potential of being an important addition in this new area. We recently announced that we're introducing to the clinic an entirely new class of bispecifics which we term costimulatory bispecifics. Compelling data in our animal models indicate that this new class of bispecific can enhance the anticancer benefit when combined with our PD-1 antibody as well as with our CD3 class of bispecifics. This year we will be introducing two of these costimulatory bispecifics into the clinic. We entered the field of immuno-oncology with a long-term and comprehensive addition. We have created a large number of rational combination opportunities, enabled by the mixing and matching of our technology platforms and capabilities. There are settings like advanced cutaneous squamous cell carcinoma for Libtayo and advanced relapsed refractory Non-Hodgkin's Lymphoma for REGN1979, where our antibodies have demonstrated an impressive single agent activity in the clinical trials. In many other settings, however, monotherapy is unlikely to be enough. This is where our combination strategy comes into play. And to supplement our internal efforts, we have collaborations and companies like bluebird that our therapeutic modality is potential synergistic with those that we have in-house. Let me change gears now to fasinumab, our antibody to nerve growth factor, or NGF, the chronic pain from osteoarthritis of the hip or knee. I want to highlight two key points regarding our ongoing program. First, as we reported in August, fasinumab continued to show good efficacy in our latest Phase 3 study. At week 16 the study met both co-primary endpoints and all key secondary endpoints. We believe that we may have identified the minimally effective dose that may mitigate treatment associated arthropathies in total joint replacement that have been observed at higher doses and are the major safety concern this class. With each day that goes by, we've got safety signals stopping the Phase 3 studies, we are just one step closer to bringing this drug to the many people who are now suffering and sometimes seek alternative treatments such as opioids. I've given you just a few updates about some of the seven Regeneron-discovered drugs that are now approved and 16 additional drug candidates in our clinical pipeline. We don't have time in our prepared remarks to discuss them all, we were happy to take questions during the Q&A. Before I close, I would like to highlight that the Regeneron Genetics Center has recently sequenced its 500,000 individual on top of this major accomplishment, our goal is to sequence another 0.5 million people in 2019. These genetic sequences are all linked to detailed electronic medical records. Along with our collaborators like Geisinger Health System and the UK Biobank’s and with funding from our colleagues in the biopharmaceutical industry, we are amassing what would be the world's largest big data human sequencing resource, which is making a significant contribution to a drug discovery and development efforts. With that, I'd like to turn the call over to Marion.