John Reed
Analyst · Peter Verdult with Citi. Please go ahead
Thank you, Jean-Baptiste, and good morning. Good afternoon to everyone. Thank you for the opportunity to provide a brief update about our strategy at Sanofi R&D. Over the past eight months since taking the helm as Global Head of R&D, our team has worked to set clear priorities for the portfolio and to bring even more focus to our pipeline strategy. On slide 27, some of the foundations in the evolution of this Sanofi R&D strategy are outlined at a high level. They include, first, a renewed commitment to investments that promise to substantially elevate the standard of care for patients, those advances representing by definition innovative solutions for patients. Second, our top priority has been to adjust our allocation of resources to prioritize those therapeutic areas where the patient need is most urgent and where the scientific and medical landscape is richest with opportunity. Sanofi is also leveraging the investments we made to establish competency in several therapeutic modalities going beyond small molecules and conventional monoclonal antibodies, to produce differentiated molecules that tackle targets in novel and innovative ways. And a third, we're putting a lot of effort into accelerating the pace of delivery for patients, adopting a quick win, fast-fail approach that is underpinned by streamlined governance and pushing decision making downward with strong team empowerment. In the long term, the aspiration is that roughly 80% of our investments will be aimed at molecules with first-in-class or truly differentiated best-in-class potential, which would be significantly higher than recent Sanofi portfolios. Also, we're on a trajectory where roughly two-thirds of NMEs of the Sanofi pipeline will be biologics within the next couple of years, up from roughly half now which could help to further improve productivity given that attrition rates are typically lower and timeline shorter for biologics drug, discovery and early development. Now with the integration of the Bioverativ and Ablynx discovery teams, we're confident that Sanofi will become less dependent on external partners and are aspiring that approximately two-thirds of the pipeline should be derived from internal research, an increase from where we are now today which is about 50%. Finally by working more efficiently, I'm confident we can deliver on our objectives within a budget of around €6 billion. Now in the past year, Sanofi had shifted our R&D investment priorities to favor those indications in therapeutic areas where the unmet need is unequivocal where the confidence in the biology is higher, where the regulatory path is potentially quicker and where the payers are more receptive. This shift in priorities translates into an increase in the proportion of R&D projects representing Specialty Care compared to Primary Care while maintaining a strong commitment to Vaccines. As you can see in the graph the total number of research projects has increased reflecting the integrations of Bioverativ and Ablynx. The number of projects addressing primary care indications has also been further focused in the past year following a rigorous review of the portfolio. On the right are the clinical stage projects. We're now running 55% more Phase 3 clinical trials than just three years ago in 2016, which is a reflection of the maturation that has occurred in the Sanofi pipeline. Again, the portfolio has shifted substantially towards Specialty Care, while Vaccines remains robust. To prioritize the most promising molecules in the pipeline, we've undertaken a rigorous portfolio review. This exercise resulted in termination of 13 development stage molecules. In addition, we discontinued 25 research projects. This illustrates Sanofi's commitment to managing a more focused portfolio. With funds free from other investments, we're accelerating development of the most promising molecules in the pipeline several, of which are listed here in this slide. For the pre-proof of concept molecules, I will draw your attention to the observation that all of these molecules address Specialty Care indications or Vaccines. Also you will note the volume of early Oncology portfolio compared to other therapeutic areas a feature of today's Sanofi pipeline that I'll return to you shortly. Before we get into some examples of specific molecules, I want to make just two more points about the evolution of the Sanofi R&D strategy. First, in recent years, the company has greatly expanded our capabilities across the diversity of therapeutic modalities. In some cases, the ability to discover, develop and manufacture is well entrenched. While in other cases we're in an exploratory mode conducting pilot projects internally or learning through collaborations with external partners. Some of the more recent additions or expansions include complex antibodies such as bi and tri specifics. Also, we have made important steps forward in genomic medicines, including enhancements to our internal capabilities in gene therapy based on the AAV platform as well as new collaborations in companying lengthy virus-based gene therapy, zinc finger-based genome editing and mRNA therapeutics. I'm especially delighted that Sanofi acquired the Ablynx Nanobody platform just before I joined. This gives us a range of possibilities that go well beyond traditional monoclonal antibodies, for example, mixing and matching various binding elements. The Nanobody also offers the option to deliver through non-injectable routes. Looking ahead, we will focus the Nanobody platform on oncology and immunology. We already have 25 new Nanobody research projects underway and the first is likely to enter the clinic next year. So, Sanofi is now well-equipped to follow the science wherever it leads us and to pull the right modality from the toolbox as we tackle disease targets. Second, Sanofi is making investments in digital and data sciences that promise to accelerate the pace and reduce the cost of clinical development in the future. We have a broad-based program underway that includes remote continuous monitoring of patients using wearables and other sensor technology as a step towards novel clinical endpoints as well as initiatives aimed at faster patient recruitment, automation of regulatory document preparation and more. To support these ambitions, we're in the process of expanding our competencies in data sciences, machine learning and artificial intelligence organizing the effort around the hub and spokes model. So with that background on our strategy, we will now turn to the pipeline for some updates and I want to start with Oncology. The Oncology pipeline is rapidly gaining momentum, with more than a dozen molecules and developed, nine of which are wholly-owned. Our strategy is to build a portfolio of complementary molecules that could enable best-in-disease drug combinations with five areas identified thus far: skin, lung, breast, prostate and hematology. Development stage Oncology molecules include immuno-oncology or IO modulators including bi- and tri-specific antibodies that pull T cells into contact with malignant cells, with the aim of converting cold non-inflamed tumors that typically do not respond to checkpoint inhibitors into hot inflamed tumors that typically do respond to checkpoint inhibitors. The IO pipeline also includes conventional monoclonal antibodies with the potential to reverse elements of the immunosuppressor tumor microenvironment such as our TGF-beta and our anti-CD38 monoclonals. Beyond INVENTORY, the clinical stage pipeline also includes small molecules that block signal transduction by oncogenes, hormone receptor degraders and antibody-drug conjugates that delivers cytotoxic drugs preferentially into tumors, while sparing normal tissues. Some of the molecules straddle both IO and non-INVENTORY, with a good example found in our anti-CD38 isatuximab that has at least three potential mechanism of action: one, a direct cytotoxicity of CD38 expressing multiple myeloma cells; two, indirect cytotoxicity by recruiting immune cells and inhibiting the -- is by recruiting immune cells; and three, inhibiting the ectoenzyme activity of CD38 to overcome the immunosuppressive tumor microenvironment. Speaking of isatuximab, we announced that our wholly owned anti-CD38 antibody achieved positive results in its first pivotal study. The ICARIA study addressed the most advanced population of multiple myeloma patients who failed multiple prior therapies. The primary endpoint of improved progression-free survival was met, along with an acceptable safety profile. Isatuximab showed clear benefits in all sub-populations of multiple myeloma patients, regardless of age, clinical stage of diagnosis, number of prior therapies, or cytogenetics. These data will be submitted for presentation at an upcoming medical congress. And based on these data, we expect to file a BLA in the second quarter of this year. Additional pivotal studies are underway that address less advanced populations of multiple myeloma patients, as shown here in the slide. Importantly, drug combination studies have already begun and others are planned to begin this year in which isatuximab is paired with other molecules in our portfolio, including checkpoint inhibitors such as cemiplimab and the tocilizumab. Let's now turn to a few of the promising molecules in the pipeline today that seem to be maybe less well understood by investors. Another example of a promising molecule emerging from our portfolio of wholly owned assets is our antibody-drug conjugate that targets an oncofetal antigen called CEACAM5. This cell serve as proteins expressed at variable levels on a wide variety of solid tumors. Early studies of the potential of the CEACAM5 antibody drug conjugate in various solid tumors have demonstrated proof-of-concept data for CEACAM5 high expressers in a subgroup of lung cancers, with a competitive overall response rate and duration of response for the second or third-line setting. Approximately 20% of lung cancers are CEACAM-positive, thus representing a sizable unmet need on global scale. We plan to begin pivotal studies later this year and will expand to other types of cancers soon. Now leaving Oncology, I will take you into hematology to feature two of the molecules from the Bioverativ pipeline. The first example is BIVV001, a next-generation Factor VIII replacement, with even more prolonged pharmacology than its predecessor Eloctate. Proof of pharmacology data were represented at the ASH meeting in December and some of those data are shown here. The graph compares the levels of activity of traditional Factor VIII with BIVV001 over time after IV injection. With current maintenance Factor VIII therapy, the minimum standard in the hematology community aims to maintain Factor VIII only above 1% of normal levels, but it's recognized that complete protection will depend on levels that are closer to 10% or more. So regardless the target threshold levels, the pharmacology of BIVV001 will clearly support weekly dosing if not less frequent. We expect to initiate pivotal studies with BIVV001 this year assuming a favorable outcome of our dialogue with the FDA. With Eloctate's excellent track record of efficacy and safety as a foundation, we believe that BIVV001 has best-in-class potential for patients choosing Factor therapy. The second molecule coming from Bioverativ is sutimlimab. This monoclonal antibody binds to a complement factor that is responsible for cell destruction in the context of autoantibody-driven diseases. Two Phase 3 studies are underway now for a Cold Agglutinin Disease, CAD. This disorder is caused when patients make antibodies against their own red blood cells resulting in hemolysis and downstream sequelae that include thrombosis and renal failure. This patient survival curve shown in the slide illustrate the CAD is a potentially lethal disorder associated with significantly shortened survival. Therefore, we believe there's strong argument to be made for sutimlimab, which we previously reported dramatically reduces hemolysis in CAD patients. We expect these Phase 3 studies to read out by the end of this year. Additionally, multiple other diseases are associated with complement activating autoantibodies giving sutimlimab the potential to be a pipeline and a product. And to this end, we have a clinical study already underway for refractory immune thrombocyopenic purpura. Another potential pipeline and product is Venglustat, our internally inventive brain-penetrant oral inhibitor of an enzyme involved in the glycosphingolipid pathway. Defects in this pathway have been implicated in at least five diseases including three lysosomal storage diseases, autosomal dominant polycystic kidney disease and a genetically identifiable subgroup of Parkinson's disease patients. Among the data elevating our confidence in Venglustat are our biomarker analysis of blood and cerebral spinal fluid from patients showing that the molecule is doing what it was designed to do mainly reducing degeneration of toxic glycosphingolipids. Data are shown here for Gaucher's and Parkinson's disease. The final prioritized molecule I want to mention is our partnered anti-RSV monoclonal SP0232. The clinical need is very high here as respiratory syncytial virus, RSV is the most common cause of lower respiratory tract infections in infants and there is no vaccine or prevention available today. Heretofore our vaccines at Sanofi Pasteur have focused on inducing active immunity against pathogens, generally by stimulating the body to make antibodies that neutralize the pathogen. But here the strategy is to provide a immunity passively by instead giving patients an antibody that does the job for them. Of note due to the superior potency of SP0232 compared to competitors, our dosing strategy has entailed giving only one single injection, where the antibody remains present in protective levels for several months, thereby covering the entire RSV season. The good news is that we achieved positive Phase 2b results and we have received breakthrough and PRIME designations in the U.S. and Europe respectively. Before I close, I just wanted to mention a drug you are all very familiar with Dupixent, which is our first pipeline and a product. You already heard from Olivier about our progress in atopic dermatitis and asthma. So I want to focus my comments on nasal polyps for which we recently submitted a supplemental BLA. Th2-driven chronic rhinosinusitis requiring intranasal corticosteroids and/or surgery is a very prevalent condition that robs patients of quality of life. Two Phase 3 studies were completed in Q4 last year both met all primary and secondary endpoints. We're super excited about Dupixent and its potential across a range of indications. In closing, here you see snapshot of our planned regulatory filing timeline. We expect to file 9 NMEs and 25 additional indications by the end of 2022. What this slide does not include are earlier-stage Oncology projects that could progress rapidly, if clinical results are compelling. So finally in closing, I want to reiterate the key messages: we're continuing the evolution of Sanofi R&D by focusing our investments in Specialty Care while maintaining Vaccines investment; we're accelerating investments across priority projects having freed up resources by discontinuing a number of projects, following a rigorous pipeline review; we're advancing internally developed assets, reducing our reliance on external partners; and we're leveraging our cutting-edge therapeutic platforms and capabilities in digital and data science to improve innovation and efficiency. Altogether I am confident that executing on this strategy will put Sanofi on track to achieve our long-term goal as an innovation leader delivering first and best-in-class molecules for patients. And with that I'll hand things back over to Olivier.