Vasant Narasimhan
Management
Great. Thank you, Joe and thank you all for giving us an opportunity to give you a bit of an update on what we're up to in R&D at Novartis. Over the next two sessions Jay and I will give you a perspective on our late-stage development portfolio, as well as our mid-stage portfolio, as well as many of the exciting things going on at NIBR, as well as with our immuno-oncology portfolio. What I can say is what we're about to show you is what really animates the over 120,000 employees we have at Novartis. It's what makes us come to work every day to find breakthrough medicines that can change the lives of patients and change the trajectory of healthcare systems. Today in development, we have three key priorities. Creating an efficient and agile development organization that is future-proof for the next decade, delivering our late stage pipeline of 13 potential blockbusters and advancing our high value mid-stage opportunities, internal and external. I'm looking forward to giving you much more transparency as to some of the assets we're excited about in our mid-stage pipeline. Let's start with the development organization and some of the work we're doing. When you look at Novartis's track record in R&D, we have a deep pipeline. That's always been the case. Today we have over 200 projects in the clinic and 90 NMEs. We're very proud about the depth and breadth of our pipeline. We also have been recognized for our innovation power. We have 13 breakthrough therapy designations, seven FDA fast tracks last year in a range of different indications. We've also been successful, with 29 approvals over the last five years which puts us in the top three in the industry when you think about approvals in major markets. We also see an opportunity to change how well we perform and really drive our R&D returns. We see opportunities to do better at portfolio prioritization. Better at lowering our cost space and driving efficiency. Better at leveraging new technologies and better at leveraging talent that we have internally, as well as bringing in more external talent to strengthen our organization. So what I'd like to do he is talk to you a little about the five priorities we have in creating an efficient and agile organization and walk you through them, one by one. Our overall goal is to drive a higher return on investment on our R&D investments that we make as a Company. Our efforts to lead in cost efficiency and how we will actually get to that 20% stable R&D spend as a percent of sales in Innovative Medicines. So let's start with rigorous portfolio prioritization. What we've instituted at the Company is, first, a rigorous approach to how we think about the disease areas we play in. Every year we get our key scientists, development leaders and commercial leaders together to really think about where do we have strength in Novartis, where is there unmet need and evaluate, are we playing in the right areas? Some recent examples of shifts we've made is to prioritize liver diseases, where NASH, but also beyond NASH, there's a tremendous unmet need for better medicines to treat the epidemic of liver disease, but also to de-prioritize areas, like transplantation, where we've been leaders historically, but we don't view at the moment a significant opportunity for our assets to make a difference for patients. We've also institutionalized now across all the divisions in Novartis a common approach to project prioritization, where we evaluate projects based on their science, their risk and their financials. And that really drives how we prioritize projects into four categories. Race projects which are the top priority for the Company. Go projects which go at a normal pace. And pace projects, where we actually gate projects to very specific deliverables or specific data and that then drives resource allocation. That's one of the important shifts we've made. We have linked our portfolio prioritization to how we resource. Do we resource at risk? Do we only resource up to a certain milestone or do we really hold back resources for further decision making? The second element is to really consistently measure our R&D performance. We're focusing on five key measures, output, cycle times, cost, quality and returns. We're looking at that systematically from the best data we can really find from external benchmarking groups and really asking ourselves over a five and 10-year period, how can we lead in each of these areas? When you look at output and cycle times across most of the validated benchmarks, we're leading the industry, but where we see opportunities to improve is in our costs and particularly in our returns, where we want to generate better three, five and 10-year returns moving forward. Now, when you think about one important measure, replacement power which I believe is one of the most important measures for a Company of our size, based on the latest data from EvaluatePharma, we ranked third in the industry, really showing the depth and power of our pipeline to continue to drive the growth of the Company. Third, is drive-rating operational efficiencies and as both Joe and Harry highlighted, we have now brought together drug development across the Group. What that allows us to do is a couple of things. We can harmonize our processes and integrate our operations to really ensure we're spending every dollar in the best possible way. It's also allowing us to look for synergies across duplicated functions and make sure we get the costs down, so that we're spending appropriately for the portfolio. We're also able to better leverage our global scale which allows us to work with CROs and other partners on the procurement side, but also leverage low cost centers of excellence. In Hyderabad, India, we have a world class center, one of the large in the industry, with over 2,000 people dedicated to really driving our development portfolio. Fourth, we're leveraging technology. We're upgrading our core systems. We have one of the most ambitious programs in the industry to take all of our core systems in development and make them cutting edge. As well as scaling digital technologies and digital development where we have numerous partnerships with tech companies from Silicon Valley and are rolling out studies with digital sensors, as well as other partnerships to bring forward digital technology into our portfolio. And finally, we're bringing in external talent to complement our internal talent. These are just a few examples, but Eric Hughes joined us from BMS where he was a leader in translational medicine and a real expert in liver diseases. Badhri Srinivasan was previously the head of delivery for Quintiles, where he ran Quintiles's massive operations and now he runs our operations here at Novartis. Christine Dingivan, a general surgeon who had significant roles at MedImmune and more recently was chief medical officer at PPD. And Subodh Desmukh, who now is running our Indian operations, who is the head of R&D at Sun Pharmaceuticals. So really top-notch people we're attracting to the development organization to help us get to that next level of performance. So now what I'd like to do is walk you through systematically our late-stage pipeline of 13 potential blockbusters. These next two sections are quite detailed, so I hope you'll stay with me. I'll try to do it in as clear way as possible and then of course we can answer any questions in the Q&A. When you look across our portfolio, we have a broad and deep late-stage pipeline. In every one of these therapeutic areas, we're looking either through our internal portfolio or through external deals to ensure we have the breadth and depth needed to actually sustain the portfolio and sustain our growth. In addition, as Jay will highlight to you, we have over 100 projects in 70 NMEs and exploratory clinical studies that also allow us to keep fueling this pipeline for the future. Now, when you look at it, we have 13 potential blockbusters at Novartis. Since the Q3 earnings, there have been of movement. Of course, for Vista fell out, because of the Phase III failures that we saw in early December. We've added in CTL019 and DLBCL and ALL, where we're moving forward with filings that really could revolutionize the care of late-stage cancer therapy. As well as SEG101 therapy for sickle cell pain crises. What I'd like to do now is walk you through each one of these sections and give you some perspectives on every one of these products. Starting with oncology, oncology we have one of the broadest portfolios in market in the industry, in development, as well as in research. And there are important milestones that we'll have in oncology which are not listed here, including PKC where we did receive priority review. We also have Mekinist and Tafinlar in non-small cell lung cancer, as well as Zycadia now moving. We filed last year for first-line indication also in non-small cell lung cancer. Those are all also advancing. We wanted to focus our discussion on these three molecules. First, with LEE, our overall strategy in LEE is to differentiate along three axes. One is to generate the most first-line data in the advanced metastatic setting. Second, is to ensure that we look at pre-specified subpopulations where we can show differentiation. And third, is to continue to build a pipeline behind LEE that can support it into the future which we're doing on the research side with selective estrogen receptor degraders, among other technologies. With our portfolio on the MONALEESA studies, we continue to progress well. You all know well the MONALEESA-2 result which was the basis of our filing. We expect the U.S. regulatory decision in Q2 and an EU regulatory decision in the second half and those discussions are going extremely well. We've fully enrolled our MONALEESA-3 study which is in first and second line, in combination with fulvestrant. Based on the data that we see later this year in the second half, we expect the possibility of a filing in early 2018. MONALEESA-7 which takes us into premenopausal women in the first line with a readout in the first half of 2018. Most importantly, we're pleased to announce we will be moving forward with Adjuvant trials in high-risk and medium-risk Adjuvant. Those trials will initiate in the first half of this year. These are long studies. We believe it's important for us to round out the portfolio of indications for LEE to move into the Adjuvant setting. In terms of differentiating based on data and what we see in pre-specified populations, we presented some important data in San Antonio which highlighted that LEE in cross-study comparisons might have better efficacy in certain patient sub-populations. This includes populations such as patients with de novo advanced breast cancer, as well as patients with visceral metastases. These are tougher to treat patient populations and I think it's really good to see that LEE has the kind of efficacy that you see here and at least looking at cross-study comparisons, we believe this is very attractive versus the competitor that's already on the market. I know what's on a lot of people's minds is the safety profile of LEE. And when we looked at this very carefully, we believe this is a safety profile that has quickly identifiable, manageable and reversible side effects. When you think about the netropenia you see with LEE, it's exposure related. There's about 60% grade 3, 4 which is consistent with what you see with the licensed competitor and the time to onset is relatively early. When you look at the QT prolongation, we had about 11 patients that were over 480 milliseconds. The time to onset was, again, was within 15 days and was readily detectable and resolved, either with dose reductions or spontaneously. Finally, in terms of hepatobiliary toxicity, we had four Hy's Laws cases, but all were reversible and all were identified within the first six months. Overall, you only had 7.5% of patients discontinue. When we've discussed this and as we now work with the agencies to get to our final labeling, our proposal and our approach, that we will of course need to finalize with both the FTA and EMA, is design an approach that minimizes the burden for patients. On the first line here, you see the neutropenia monitoring that's already in place for the currently-approved agent, with visits on cycle day one, 15 and on cycle two, day one and day 15 and then day one for every subsequent cycle. When we look at the EKG monitoring required and it's important to note that we estimate upwards of 75% of U.S. oncologists have regular access to an EKG machine in their offices. There's no additional visit required. The EKG monitoring would happen on visits that are already occurring. Similarly, with liver enzyme monitoring which is really just part of standard blood testing that can be easily done, it's again aligned with visits that are already happening. So we would not be in a position where we expect physicians or patients to have to deal with additional visits with LEE. Taken together, you have a very big market. You have Novartis's long legacy in oncology. You have an impressive efficacy profile and a manageable safety profile and we're looking forward to launching this product in 2017. Moving to CTL019, many of you saw at the end of last year we had very impressive data with Eliana, our Eliana trial, where we showed that 82% of children received or were able to achieve a complete response within three months. When you think about pediatric ALL, the current prevalence is around 7,000 patients and we would expect in the third-line setting around 700 patients and the second-line around 1,100. When you look at this trial, we have a primary end point that was hit and a very acceptable safety profile. No deaths due to CRS. No neurological toxicities or no cases of cerebral edema that were reported. We're on track for a filing in Q1 of this year, as well as a filing in Europe targeted for later in 2017, where we hope to combine the filing with ped ALL and DLBCL into a single filing. Very exciting and shows our commitment and that we executed on our plans within cell therapies. When you look at our DLBCL data, so far from the University of Pennsylvania, very compelling data in the DLBCL line of therapy. We have a pivotal readout that will come later this year and assuming that data is positive, we expect to be able to file also within 2017. We have completed treatment of 80 patients and the interim analysis of 50 patients should be available in Q1, as well as 80 patients in Q2 which will then inform our filing decisions. DLBCL is a much larger indication than pediatric ALL. You have about 56,000 patients, while with DLBCL and about 19,000 patients in the third line. This is the indication we believe that could propel CTL019 to become a blockbuster over time. Submissions, as I said, are planned in the U.S. and EU for Q4 of this year. Our CAR-T cell enterprise continues apace. Our colleagues at NIBR are continuing their collaboration with Penn and we feel very confident we've got this now set up in the right way to succeed. Finally, with SEG101 which is the molecule we recently acquired through the acquisition of Selexys, this could be potentially the first new therapy for sickle cell disease in 15 years. Sickle cell disease is debilitating condition, primarily affecting children of African descent, who later move on to adulthood and have very truncated life expectancy. The life expectancy can come down to as low as 38 to 42 years and much lower in Africa. Diminished quality of life due to these pain crises which bring these children back and forth to the hospital and that continues on into adulthood. Hydroxyurea is the only approved therapy for this. This was approved in 1999. With a pretty severe toxicity profile. Only about 25% of patients remain on therapy. So a big unmet need. With SEG101 in the Phase 2 sustain trial, we had really striking results. We reduced the number of annual pain crises by 45%. If you look at the median time to the second pain crisis, it more than doubled and we doubled the number of patients who had no pain crises in the study. This is an antibody to the P-selectin which is in the vessels and is involved with adhesion of red blood cells and platelets. It was also effective regardless of whether hydroxyurea, the currently approved therapy, was onboard or not and was generally well-tolerated. We plan to take this data to FDA and EMA to discuss what would be required beyond what is very impressive efficacy data, both from a manufacturing standpoint and a clinical standpoint. And I'll be updating you in Q1 as to the next steps on this. We expect to be able the to file this within the 2019 time period, at the latest. Moving to cardio metabolic, where we have three assets with relatively near term readouts. Relaxin Entresto preserved ejection fraction heart failure and Ilaris in CV risk reduction. Let me walk you through where we're and some of our thinking about these three assets. Starting with Serelaxin and acute heart failure. This is a significant unmet need, where there is no approved therapy that's actually shown a mortality benefit. You have about 3.4 million acute heart failure events a year in the U.S. and the EU5. If you look at the inclusion criteria we have in the study, patients had to have above 125 millimeters of mercury and systolic blood pressure in order to be able to take Serelaxin. We estimate that brings down the population down to 2.5 million. Also in the study, though we don't know how regulators will ultimately view this, glomerular filtration rate, so the functioning of the kidney needed to be above a certain level and that brings the population to around 1.2 million. When you take that together, a very large indication and the potential to be the first drug with mortality benefits. The RELAX-AHF-2 trial is fully enrolled, 6600 patients and we have reached the required number of events in the study. So we're now in the process of closing out the study, working with the investigators to lock the database and on track for a study readout in Q2. Why do we feel confident about the RELAX program within the, of course, uncertainties of any cardiovascular outcome study. When you look at the first study that we conducted, you had an early and significant reduction in all cause in CV mortality. You can see the curve split right away from almost day two. And there was a favorable safety and tolerability profile, because Serelaxin is actually a derivative of a naturally-occurring hormone that occurs during pregnancy. What I think we probably haven't discussed enough is the totality of data we've seen between the phase II and the phase III. And I have tried to summarize that here in this chart. When you look at every efficacy parameter across a range of measures, Serelaxin had highly statistically significant improvements over placebo. Those include in the relief of dyspnea, the decrease length of stay in the hospital, the prevention of worsening heart failure. Importantly, when you look at the results of ularitide reduction of organ damage, where we had important reductions within 48 hours and most of the markers of heart wall stress which really indicates that Serelaxin might be having that protective effect you need in those first 48 hours to have a mortality benefit at six months later. Also, when you look at of course the reduction in mortality, we have two studies, pre-RELAX and RELAX-AHF-1 that had a mortality benefit. Taken together, we're very excited about the program. We'll of course keep all of you posted as soon as we have the results and we look forward to discussing that with you in the first half of the year. Moving to Entresto, Entresto, of course, we have the approval and reduced ejection heart failure. We're now expanding into preserved ejection which will double the number of patients that are eligible for the therapy. Into the post AMI setting which is really pre-heart failure, really intervening after a patient has a heart attack, but before they've progressed to heart failure. All four of these studies are on track. The PARAGON study has fully enrolled. In December, we completed enrollment four to five months ahead of plan. We're on track for an interim analysis in 2018, as well as a filing in 2019. The post AMI study is enrolling well again with a completion in 2019 and both the TRANSITION and PIONEER studies which are really studies to support Entresto's use and initiation in hospital which will be very important in Europe, where we want to continue to expand the guidelines. These will also read out in 2018. When you look at the Entresto PARAMOUNT data, why would we expect Entresto to work in preserved ejection heart failure, when no other drug has shown to be effective in preserved ejection heart failure? I wanted to bring us back to the Lancet study that was conducted, published in The Lancet in 2012. The PARAMOUNT study which showed that both in terms of hemodynamic parameters and structural parameters, Entresto is the only drug to ever actually hit the primary end point in a preserved ejection heart failure trial. We showed a highly statistically significant reduction in NT-proBNP, but more interesting to me is the structural benefit that we showed. You can see we had an increasing structural benefit out to 36 weeks. This is actually work looking at the pressures in the atrium that were actually improving the biology of the heart. This gives us, I think, a reasonable amount of confidence as we take this forward and I know the investigators are very excited as well about the preserved ejection fraction program. Finally, in the cardiovascular space, we have Ilaris for cardiovascular risk reduction. This is a situation where we have 10 million patients who are post MI in the G7, but really what we're looking at here are patients with an elevated highly-sensitive CRP, so who have active inflammation post their heart attack. That takes it down to about 4 million patients. This is a new approach, of course, to reducing excess mortality. It would be the first drug approved for addressing inflammation's role in the plaque. We think this could build on the portfolio I'll tell you about a little bit later with LP little a and ApoCIII. Two compounds we brought in from Ionis or have an option deal with Ionis to potentially develop. I think the key point I wanted to highlight here and looking at the discussions that have been happening externally is how we powered the study. There was some discussion about was the study now under-powered? This study has been powered based on an event rate. The events we agreed with the regulators that we needed to achieve was 1400 events and we have achieved 1400 events, as designed in the protocol. The sample size adjustment only affected the length of time the study would be ongoing. If we had recruited more patients, we might have been able to finish the study quicker. When you look at the overall power we've not lost any power. We have powered the study appropriately and as we agreed with the regulators. In terms of the safety profile, this is a drug that has passed three futility analyses and 20 DMC safety reviews and has been taken all the way to completion. I think we can feel reasonably confident that there is no significant safety signal either from infections or other risks that might have occurred in this study. Now moving to neuroscience, where we have three potential blockbusters, ofatumumab, BAF312 and our migraine drug AMG 334 which is a partnership with Amgen. So, starting with multiple sclerosis. We're trying to build a sustainable long term portfolio in multiple sclerosis that covers both relapsing remitting, as well as progressive forms of the disease. In terms of the size of the populations in the relevant markets, we estimate there's about 530,000 patients in RRMS. Within the 250,000 patients who are in relapsing and non-- are in SPMS, they split about half and half relapsing and non-relapsing. Our goal is to cover this entire patient population with BAF and with ofatumumab. So, when you start with looking at ofatumumab, why did we bring this drug in. Of course, we all saw the very impressive results with Ocrelizumab as a B-cell therapy. In phase II data, ofatumumab had an almost identical result when you look at the reduction of MRI lesions. Almost 100% reduction in MRI lesions versus placebo with a highly statistically significant result. Based on this and additional data we saw from the study, we have now initiated two parallel phase III studies versus Aubagio. They both started last year and we're on track for a filing in 2019. How will we position ofatumumab versus Ocrelizumab in that 2019 or 2020 time period? We see ofatumumab as having five key differentiating factors. One, the binding is selective and we think that could have impact down the line in terms of sustained efficacy. We have low immunogenicity, it's a fully human antibody. You don't he see immunogenicity in studies so far with ofa. A very good safety profile. I'll tell you a little more about B-cell recovery in a moment. Subcutaneous dosing, that's monthly versus IV infusions every six months. Patients and providers have control of their therapy and a relatively low dose. Some of the most interesting data with ofatumumab which I'm not sure has been fully appreciated, is the B-cell recovery. This is not a drug where you give a patient a very potent drug in MS where they're going to be on these drugs for a very long period of time. You wipe out the B-cells and then you're going to have no B-cells for an extended period of time. Here you see regardless of the dose we gave solid B-cell depletion. When you look at the dotted line on the graph, that's where we stopped therapy. You can see that within five months you have 80% recovery of the B-cells. So you have relatively fast recovery of B-cells. In chronic therapies, like MS, we believe that over time physicians are going to want the reassurance that there's that B-cell recovery, should there be safety issues. This is an important differentiating point, versus IV, more potent B-cell depleters. Finally a brief update on BAF. I don't have any new data to share on BAF, this is the data we already showed at Q3. There was a consistent effect demonstrated across all subgroups with BAF. We continue to wade regulatory feedback. We've had initial discussions with four regulators from EMA as well as interactions with FDA. The formal meetings that will actually give us written guidance will happen in the February and March time frame. I would expect in Q1 to be able to give you guidance on what we expect next for BAF. The most important elements we're having to work through with regulators is data in the non-relapsing population, versus the relapsing population. As well as in patients who have active gallium enhancing MRI lesions and those who don't, as well as the intersection between those patient populations. We're doing those analyses and then we'll have the discussions with the regulators and of course keep you up to date. Moving to migraine and why are we excited about migraine. Not migraine, but are excited about treating migraine. Migraine is the sixth leading cause of disability in the world. These patients and a large number of patients with high prevelance in the range of 1% to 2% have a debilitating condition that prevents them from working, interacting with their families. When you look at patients who are with chronic migraine, they live their lives with more than 15 days a month of these migraine attacks. Most of the currently licensed of prophylactic trade treatments have significant side-effect issues. These include antidepressants, anti-epileptics and beta blockers. Most patients don't stay on therapy because of the side-effect profile. They're looking for something safe and effective they can use over the long term. With AMG334, we have a very unique molecule. It's the only molecule of the four molecules in the late stage development that targets the receptor. It does not target the ligand. It's only targeting the receptor. It's very specific to the receptor. It's associated with migraine which is actually found in the central -- in the peripheral nervous system and it inhibits CGRP function regardless of CGRP circulating levels which also could be important in sustaining efficacy. There's important profile differences between this molecule and the others that will soon come forward. When you look at our clinical data, it's very consistent. That's what I want to highlight, between episodic and chronic migraine. When you look at the monthly migraine days, particularly at the 140-milligram dose, you're at 1.9 and 2.4 for episodic and chronic. If you compare that to the phase II data for our competitors and if you also adjust for the baseline levels that the patients enrolled were at, I think you have a very compelling profile there. Most compelling is what's in the gray box. Neurologists, we're taught to say this is what matters. When you have 40 -- over 40% of patients having a 50% reduction in their monthly migraine days, somebody goes from 15 days a month to seven, that is a big change in somebody's life, especially when you have safety that's placebo-like. So, very compelling profile. We're on track to file this in Q2 2017 and our goal will be to be the first in Class CGRP receptor antagonist or receptor modulator on the market outside the U.S. Moving to immunology and dermatology. Paul mentioned our work in non-radiographic axial spa and how for Cosentyx psoriatic arthritis and ankylosing spondylitis is going to be really the key growth driver well into the post-2020 time frame. Cosentyx has shown unprecedented strong and sustained efficacy regardless, regardless of the time point you look at, whether it's one year, two year, three year or four year. We sustain the efficacy and patients can recover when they've gone off drug. That's because this is a drug that has almost zero immunogenicity or very low and has very low injection site reactions which is also an indicator, perhaps, of increased immune response. Very favorable safety profile and what I'm most excited about is the consistency of results we're seeing in psoriatic arthritis and ankylosing spondylitis, whereas Paul mentioned, the markets are even larger than what we see in psoriasis. When you think about spondyloarthritis, this is really now becoming a much better understood disease. The epidemiology is a little bit moving around, but we estimate now there's about 5.4 million patients with either PSA, AS with radiographic features, meaning you can diagnose it on x-ray or non-radian x-ray or non-radiographic features, meaning that the patients show up with some indicators on MRI, as wells as in their serology, but don't show up on x-ray. You can see here that we estimate there's about half the patients are in this non-radiographic group which the FDA has now recognized as a distinct disease entity. Our goal is to differentiate Cosentyx versus the existing standards of care and to move into that non-radiographic population. Cosentyx data we released last summer showed that over 80% of patients did not progress while they were on Cosentyx on x-ray. And based on this data, now we're moving forward with head-to-head studies in psoriatic arthritis and ankylosing spondylitis versus adalimumab. And our goal there to the question earlier is to show definitively that Cosentyx should be the first-line therapy for these patients, regardless of the availability of biosimilars and really ensure and entrench Cosentyx for patient care. The other critical phase III trial we have ongoing now is in this non-radiographic group. Think of it as an early spot before patients have progressed to x-ray. We estimate in the U.S. and EU5 around 1.1 million patients with this. We have a single phase III trial we've agreed with FDA for registration and there's currently no approved drug with this indication in the U.S. Our primary objective, as you can see, is at week 16, trial is enrolling well and our filing is expected in 2018. Taken together, the head to head with AS and PSA, as well as moving into earlier lines of -- earlier parts of this disease, we could have a really significant medicine that changes the course of axial spa for patients around the world. Moving to respiratory, where we have two critical phase III programs ongoing in asthma, QVM and QAW. Our goal in respiratory disease is to build off the foundation of Xolair. As you saw with Paul's presentation, Xolair continues to do extremely well. It's the first choice biologic for allergic asthma. Even with the anti-IL-5s coming, Xolair continued to perform extremely well. Our goal now is to build out a portfolio of oral and inhaled agents to support Xolair. QVM is our inhaled combination therapy. There the phase III of trials are ongoing. We have a planned filing in 2019. What QVM will give us in severe asthma is both a LABA/ICS as well as a LAB/LAMA/ICS, the way the trials are designed and is as agreed with regulators. We get two products as part of that. QAW which is our oral CRTH2 antagonist. We're enrolling two pivotal phase III studies in eosinophilic asthma. I'll say more about that medicine in a moment. And then we continue to build out our portfolio of data with Xolair. We have moved into pediatrics with Xolair and are looking for other indications to expand its label. QAW, you've seen this data before, but a couple of nuances I wanted to add. Here you see what QAW was able to achieve in spiramycin philia reduction for severe allergic asthma. This is in line with what you see with mepolizumab, as well as the other anti-aisle 5, so, very compelling. Our pre-clinical data now demonstrates versus other CRTH2s. Multiple other CRTH2s have confirmed this result now in eosynophilic asthma that there is this effect on spiramycin philia. That we have much higher potency. We have the ability now to move up on the dose which we're also looking at in the trial. And we expect the readout in 2019. Speaking to investigators, they're very excited about this medicine, because obviously, if you had a safe oral before having to go to a biologic, especially in a disease that impacts children the potential could be very large. We're very excited about this and we're looking forward to finishing the study and moving to a readout. Now, finally, in Innovative Medicines before I move to biosimilars is the RTH program in neovascular AMD. As all of you well know with the long legacy we have with Lucentis, we've been pioneers in this space and there's 44 million people who suffer from age-related macular degeneration, leading cause of vision loss in people over the age of 50. There's a need still for reducing the burden of intravitreal injections. Patients and physicians would love to have even a lower burden than what they see with the currently available medicines. RTH had very compelling phase II results. This is versus Aflibercept or Ilia. We were non-inferior with quarterly dosing versus bi-monthly dosing. And in addition, we saw with this antibody which actually has about an eight-fold higher concentration, because it's a fab fragment versus a monoclonal which allows us to increase the binding capacity by getting that higher dose. You see a greater resolution of retinal fluid. I think also importantly as I've received many questions, the safety profile in this phase II study was comparable between RTH and Aflibercept. Here you can see number of AEs, significant adverse events greater than four in any of the treatment arms. Any event versus the others were all comparable. We've had no safety issues in the two studies. Those two studies now are fully enrolled. We're on track for a readout in Q2 of this year for RTH. Now turning to biosimilars, a few updates I wanted to provide before turning to the mid-stage pipeline. As I noted earlier we had a few things move around with adalimumab, our Humira filing with FDA. We've moved that into 2017 in order to time inspections appropriately for when our facility will be ready for those inspections, but no issues with our clinical data. As I've already told you previously with pegfilgrastim, we're going to need to refile both in the U.S. and Europe, based on additional studies, the PK study that we need to complete, but we will be completing that and we're on track to submit that in 2017 and 2018. 2017 for Europe and 2018 for the U.S. Overall, when you look at our biosimilars portfolio, etanercept was approved in the U.S. and as Joe mentioned, the review in Europe is ongoing. We're working well with the regulators to get that review done on time and approval. Pegfilgrastim, I mentioned. For infliximab, our confirmatory study for Europe demonstrated equivalent efficacy to Remicade and importantly with rituximab, our application for biosimilar was accepted by EMA. We're working through now the process to make sure that we also get that product approved in the 2017 time frame for launch. So, overall, our monoclonal antibody enterprise to really build off of our legacy in recombinant proteins in biosimilars is going well. Now what I'd like to do is actually turn to in the last 20 minutes, hopefully take a little less than that, is to give you a little more perspective on our mid-stage opportunities. Historically, we haven't provided a lot of transparency, but our goal going forward is to give investors much more visibility into what's happening in that phase II pipeline and keeping you up to date as we progress these molecules through the clinic. When you think about how we build that mid-stage pipeline, what's really critical is on the internal research and development side is that we have a seamless integration between research and development. And Jay and I have been working to do that by integrating our governance, integrating our teams, aligning our priorities and focusing on speed to eliminate white space, so that we move much more quickly out of proof of concept studies or phase I studies, in the case of oncology and much more quickly into pivotal studies. We're also working on continuing to execute our bolt-on strategy, where we bring in external compounds through acquisitions and licensing to strengthen that internal portfolio we bring in from NIBRs. Harry mentioned we've done a large number of deals which are exciting assets to help us build the portfolio. And I'll give you some insights on a few of those assets in a moment. When you think about our pipeline watch list, what I wanted to accomplish here was to give you a visibility into what our organization is working on in the phase II B portfolio. You can see here it's an impressive list. We didn't want to list them, but Jay will walk through them, 15 IO assets that we're preparing for and you can see in oncology a number of other interesting therapies. A broad portfolio on cardio-metabolic, ummunology and dermatology, neuroscience. In every area we have a number of assets that are coming through that we'll read out in the coming two to three years. They're not even factored in our filing chart. Some of these, if they have significant results, obviously we could be moving to filing much more quickly. A few of them I wanted to highlight. Most importantly, I know on many, including our minds, but many of your minds, is where are we on our immuno-oncology pipeline. We continue to progress 15 different agents. Jay will go through it in detail. On the development side, we're ensuring readiness to move quickly. I wanted to give two examples. You'll see now in clinicaltrials.gov, we have initiated a pivotal study with our own PD1 inhibitor along with Mekinist and Tafinlar in melanoma. That study will start in February. We're also rapidly advancing our PD1 in four other indications, all of which have now been posted to clinicaltrials.gov to move quickly now, to not only have our own foundation with a PD1, but also now to move into attractive combinations with our targeted therapy. And we feel Mekinist and Tafinlar was one to highlight, because this really could be a very exciting combination to build for our melanoma portfolio. We're fully ready and we're going to move quickly as we get the readouts in the middle of this year. Second, is ABL001 in the oncology side. This is really a triumph of chemistry, where we've created a potent allosteric inhibitor for the BCR-ABL protein. We've now taken this forward into late stage studies in the third line, where we have very compelling data in patients were heavily pre-treated, we were able as you could see here to get a very impressive molecular response and we think that this could really be a much more well-tolerated as well as more effective therapy in the third line but now we are going to move also into the first line where the question would be given regulators and clinicians are much more interested in a deep molecular response and given that the traditional [indiscernible] are not the best tolerability profile. Could we add ABL-001 to TKI's in the first line and get patients to remission like stay much quicker and get them off drugs. So this is a study now we're in the planning phase on but to move into the first line on ABL-001. LIK is our SGLT-1/2 inhibitor. This was a drug we have on the shelf because we relate versus the SGLT-2 inhibitors in diabetes but based on a few clinicians great insight we took it into obesity where of course the SGLT-1 has a impact on the intestine and we're still T2 in the kidney. Our proof of concept data projected that we would have 10% plus placebo adjusted weight loss at 52 weeks. We're now optimizing the dose in a Phase 2b trial and trying to move forward with this drug in weight loss especially also in combinations to think about in the future but we're very excited about this because it's a pretty remarkable result versus the currently approved drugs. Next in cardiovascular disease we've also brought in through an option deal with Ionas or [indiscernible], two very novel agents which are the first to target the next wave of targets for cardiovascular risk reduction. After you've optimized patients on satins or PCSK9s you have optimized their LDL and they continue to have residual risk factors, there's not been any drug approved for two of the most genetically validated risk factors, LP little A and triglycerides. This is of course is an RNA interference based technology and we're excited to see now how this Phase 2b results come out from Ionas which would then enable us to take this on in 2018 in the case of LP Little A, in 2019 in the case of ABL-3. What I think excites Paul and the commercial team is this also is an opportunity to segment risk to use biomarkers to identify very specific patient populations which we get then take forward to give them payers a much more compelling value proposition. On neuroscience we've now initiated our pivotal Phase 3 studies in all pre-Alzheimer's. We are I think the only company in late stage studies targeting what I'll call preclinical Alzheimer's disease. While most of the industry is focused on mild to moderate severe ADE or prodromal AD with or without plaque showing up on MRI. We're the only company to move into this preclinical space where we are on a large scale looking for patients who are homozygous or the APOC3 mutation which dramatically increases your risk for Alzheimer's disease and asking can you treat with a base inhibitor to prevent progression to Alzheimer's disease. We've gone through an SPA with FDA and also detail scientific advice EMA, we have aligned on a protocol and we have taken this forward now in homozygotes with a plan to start a study in heterozygotes and even larger population in Q3 of this year. Obviously these studies are long so the complete expectation will depend on the completion will depend on the enrollment time, we did achieve FDA fast track designation for this and this is I think a very exciting program that's a collaboration between the Banner Institute, NIH, Novartis and Amgen. Now we’re also building a portfolio in Nash [ph] as I'm sure you all saw we in-licensed -- create an option deal with for a drug called [indiscernible] inhibitor. We also have total now of five projects which are in Phase 2b development both with the FXR which I will tell you a little bit more about mechanism as well as other mechanisms. Interestingly so serelaxine [ph] has given us a result that we presented in AASLD in cirrhotics that showed pretty compelling result to really improve blood flow into the liver and kidney. So we're taking this portfolio forward, we believe this will be a market that will be determined by combinations and whoever can build a portfolio to really impact what's becoming I think an epidemic in terms of patients in the U.S. and E.U. and the need for more livers for liver transplants because of this condition. Now LGM452 why are we excited about this, this is the first synthetic FXR agonists, it's not bile acid [ph] derived. Our potency in pre-clinical models suggest that we are 250 to 300 times more potent than the current drug that’s in Phase 3 studies, we don't see elevation of LDLs, or we don't see pruritus in our studies to-date which I think are important if you're going to chronically treat people for Nash and we also just received FDA fast track designation for this as the FDA was also impressed by our data. We have a 12 week Phase 2b ongoing, we'll expect to readout towards the end of this year and we would like to move very quickly into Phase 3 trials. The other project of course was the one we in-license in [indiscernible] or we have an option to in-license. Here you can see in patients who are at end stage liver disease we could get them off the transplant list or our partner company was able to show data you can pull them off the transplant unless you can think about it but if you have a mel score of 15 you probably need a liver transplant. They were able to reduce the mel score in a range of three to four and this is with relatively short dosing. So I think this is an exciting opportunity to also treat the end stages of liver disease. Another deal we did for immunology and dermatology was ZPL-389 from Xeraco. This is an exciting once daily oral for atopic dermatitis, this is in our minds a way to fit between the topical which have recently been licensed as well as the [indiscernible] and the other monoclonal anti-bodies with a safe oral medication that has efficacy that's not quite where the monoclonals are, we will see once we max out the dose in Phase 2b studies. It's a first in class histamine four receptor antagonist you can see the green line here, the blue line and a cross study comparison is dupilumab. The green line is the [indiscernible] drug. We have the opportunity to go up on the dose and so our goal will be to try to get the most compelling efficacy, we can with a safe oral medication that could treat a broad population. And then finally another molecule I wanted to highlight was in presbyopia. Now there are 1.8 billion people in the world with presbyopia. So I think most of the market models would suggest there's a high potential here even if you take a very small percentage of them relatively want to get treated. Now when you look at it recent research has really given us insights into why presbyopia occurs, and we think there's a potential here for a self-pay drug that could really help patients who choose not to wear reading glasses and would prefer to use twice a day drops at least in the Phase 2 study and we're going to look at dosing. So when you look at the results that we saw with [indiscernible] for which we acquired in our acquisition from our Oncore Medical. You can see here that we had 82% of patients with 48 and the placebo group getting to 20, 40 or better in near vision business corrected near vision visual acuity. 2032, you can see we almost tripled the number of patients and then you can see 2020 or better. Important to note that this was twice daily drops for three months, the efficacy was sustained at six months we saw a minimal AE's associated with this and we have opportunities to go up on the dose and also work on the dose finding. So the acquisition is now closed or closing and we will be moving very quickly now to dose finding and try to take this forward. This is an example of the kind of medicine we might be able to bring into the filing chart if we see compelling data in Phase 2. So taken together that was a whirlwind tour but we have over 60 projects planned for filing between 2017 and 2021, a diverse pipeline that covers over 13 potential blockbusters and you can see a very broad mid-stage pipeline. So we're very excited about the possibilities of continuing to advance and reimagine medicine and importantly we have a few expected key 2017 milestones and this is the chart I will keep you up to speed on in Q over the quarters for this year. Obviously LEE and PKC and [indiscernible] in non-small cell lung cancer. The GP2015 is at approval in DEU as well as Ikedia for positive non-small cell cancer in the U.S. and then also in half-two you can see the same also for Europe for most of these products. Important submissions migraine in the first half of the year as well as CTL-019 as well as submitting the adalimumab filing in the EU as well as infliximab and then we will of course keep you updated on both [ph], and then the major trial readouts will be RELAX and CANTOS with RTH currently shown as Q2, I said earlier in June we will keep you updated on exactly the timeline for this read out. So in conclusion we are 10,000 people at Novartis dedicated to changing patient care, we have a focus on operational excellence and productivity. Our goal is to be sustainably at 20%, I made medicine sales in terms of our cost. We have a broad high-value late stage pipeline strong and diverse emerging assets from internal research which will also give you much more visibility on now moving forward and you will hear from Jay some of the incredible things we have ongoing in the early clinic in the preclinical space. So why don’t we take a break for 20 minutes and then we will be meeting back in here for the Q&A and then Jay's research session. Thank you.