Christian Itin
Analyst · Deutsche Bank
Thank you very much, Amanda, and welcome, everybody, to our first quarter 2025 results. First off, we had a great first quarter. The launch has been off to a really good start. We have seen a substantial level of interest by the physicians in the product profile. Clearly, there is a significant unmet need for the patients with relapsed/refractory acute lymphoblastic leukemia. And we’re very pleased to report $9 million in recognized revenue in the first quarter. Obviously, foundational to the ability to really reach the patients is that we have to be present in the respective clinical centers. And as of yesterday, we have 39 centers that are authorized to deliver AUCATZYL. This is a great accomplishment from our onboarding and market access team, and we’re currently at a level of about 90% of total U.S. medical lives covered, which is a great position this early in a product launch. As of April 1, CMS also published the codes for in and outpatient use for government patients on government programs. And with that, we have now an ability to get AUCATZYL also be eligible for reimbursement for patients on government programs, in addition, obviously, to the patients who have been covered and are covered through the commercial programs. So this sets us up in a really good way leading into the second quarter, and we’re excited about the initial momentum that we’ve seen in Q1 and see that very nicely carried over into the second quarter. With that, I’d like to move to Slide number 5. When we look at the opportunities for growth, obviously, the first opportunity is in the U.S. And one of the key things that we’re planning to do from here on to the year-end is really increase the number of centers that are activated and in a position to deliver AUCATZYL therapy. We’re going to go from what’s now 39 centers to approximately 60 centers, which will give us approximately 90% access to patients across the U.S. So that’s, I would say, critical. And one of the key things that we’re going to see as we go through the course of this year is also that we’re looking to build additional momentum and drive and support the launch going forward also with additional data updates, a key update is planned for this quarter based on long-term follow-up from the FELIX study, which I believe will be very encouraging and very helpful to understand the impact that AUCATZYL can have as a single agent in this relapsed and refractory patient population. So first push, obviously, in the U.S., also actually driving certainly as we go into next year to start expanding the market share for CAR T products and then gradually build from there. Now the second layer of expansion that we’re looking at is a geographic expansion. And we reported about a good week ago that we have received conditional marketing authorization from the MHRA in the UK and are now in the process of engaging with NICE and the other relevant bodies in the UK to get the product actually through the reimbursement and access process and then into the launch in the UK. In Europe, we’re progressing well, and we expect to receive a decision by the European agency in the second half of this year. From a European perspective, then we will initially are planning to launch in Germany and then actually move gradually from there, obviously, with the various different processes that we have in Europe related to pricing and reimbursement, which has a big impact on, obviously, the sequence and how to actually progress in Europe. Now looking beyond the immediate launch and the geographic expansion, we also believe that the product has additional opportunities in acute lymphoblastic leukemia. Right now, we have the data set in the relapsed/refractory population. This is obviously – these are obviously patients that have already gone through a very significant amount of exposure. They’ve been typically up to three years of frontline therapy, have gone through high-dose chemotherapy. Many of them have received other agents, targeting agents as well as might have received stem cell transplant. So this is a very advanced population. What we do know from obe-cel and AUCATZYL is that the product when used in patients that are in earlier – in the earlier stages of relapsed or also patients that have lower tumor burden at the time of therapy, the patients do better with those profiles. And we believe one of the key areas that I think is important to explore is the utility of the product ultimately in a frontline consolidation setting. We will start to explore – see exploration of frontline settings through investigator-sponsored trials, and we’ll certainly consider our steps in addition to those. In addition, when we look at the pediatric population, we’re currently treating pediatric patients, and we’re planning an update and results present – to be presented by the end of the year. And we also will review whether there’s an opportunity for us to move obe-cel also forward in the pediatric setting and hopefully find a way to make the product accessible to patients in this setting as well. Now moving to Slide number 6. Obviously, what we do have with obe-cel is an ability to target the entire B-cell compartment, and there’s quite a significant additional set of opportunities that we do have with the product that we can see beyond acute lymphoblastic leukemia. So moving to Slide 7, briefly summarizing our current experience with obe-cel across a range of indications. Obviously, you’re all aware and you’re very well familiar with the product’s profile in the relapsed/refractory adult population, obviously, as presented as well and published in the New England Journal for the FELIX study. But we also obviously have earlier data in pediatric patients as well. What we do see across all of these trials that we’ve conducted, both with our academic partners at UCL as well as the subsequent trials, we do see consistently that the product actually achieves very deep MRD negative responses or to put it differently, the product has an ability to reset the compartment in a very profound way. That profound way is also shown with the experience we had in the ALLCAR19 study initially where we have more than five years of follow-up as well as the FELIX study, where we’re going to, as mentioned, give an update on long-term outcome later this quarter. We’re also obviously seeing the ability of the product to get a proportion of the patients into long-term remission, clearly indicating that we had an ability to make an extremely deep cut into the compartment and completely remove the acute leukemia cells. Now this is the experience in leukemia. We have very similar outcomes that we have observed in patients with non-Hodgkin’s lymphoma, which is part of the ALLCAR19 extension study. And what we have seen in that setting is very high levels of metabolic complete remissions. And when we look at the large B-cell lymphoma patients in those cohorts, those patients do actually have also the majority of those patients have long-term outcomes as well, so quite clearly, a very deep activity. What we also see is that the safety profile that we have in acute leukemia is very favorable. Remember, we did not actually have – we do not have an obligation for a REMS for AUCATZYL in relapsed/refractory adult ALL. But when we then look into the lymphoma patients, the profile actually improves further. We have no high-grade cytokine release syndrome in those patients, and we have not actually observed neurological toxicities or ICANS in that population as well. So when we think about this profile and where we can actually where a deep cut in the compartment can make a big impact on outcomes, there’s sort of two key areas to focus on. One, I already mentioned is the frontline consolidation in aggressive B-cell malignancies, where we aim for long-term outcomes while avoiding overtreatment of these patients. What we’ve seen so far is just add-on strategies, and we keep adding more and more toxicity in these patients. However, we start to see sort of diminishing returns and in fact, at times, negative outcomes from adding additional toxicity. So getting to much more compact treatment, shortening treatment and get to long-term outcomes has to be an objective going forward. The second area is obviously the wide range of B-cell-mediated autoimmunity, where we’ve seen obviously some quite remarkable data from Georg Schett’s team in air lung and indicating that indeed, if you do have a deep cut in the compartment, you can actually transform the outcomes for these patients, and those outcomes appear to be sustainable. So the goal in those indications is to really get to sustained effects with a one-time intervention. And that obviously is a very attractive proposition in those disease settings. So with that, I’d like to just on Slide 8, briefly just talk about autoimmune disease and the fact that we’re looking at when we look at particularly advanced patients, we have, on the one hand, an inflammatory process where you have antigen and B-cell engagement as well as T cell engagement that sort of form a loop of activity that actually is a very visual forms a very visual cycle and continuously actually drives an inflammatory process in these patients. The autoreactive antibodies obviously have then an ability to recruit immune cells and complement onto tissue and on into organs and actually start to create damage on that tissue. If that prolongs, you start to actually get scarring in the tissue, you get scarring and loss of function in those organs and you can have very dramatic effects and issues that these patients do build up over time. The treatment is basically various forms of immune suppression that you run in these patients that also in their own right, actually have significant – drive significant adverse events. And unfortunately, for most – many of these patients do not actually address the underlying disease in a way that allows these patients to live normal lives. So when we look at the ability for B-cells to really target this type of therapeutic intervention, it gives you an ability to really block that cycle, crack it open, remove the B-cell component that carry memory, remove the plasma blast, which express the auto antibodies and with that, actually stop this vicious cycle of continuous activation and continuous damage in these patients. Now the patients that we’re looking for, particularly from a CAR T perspective, are patients that do actually have disease that is advanced, disease that already actually shows impact on organs, particularly organs like the kidney. And so these are patients that do have an element of structural damage. Now there is – when we think about the impact of the therapy, clearly, we expect the therapy to have an immediate impact on the inflammatory process and the inflammatory parameters as well as a lot of the manifestations that we see in these diseases, and I’ll talk on the next slide about the various types of forms of disease that these patients experience. And you also would expect that gradually either have a stabilization of the underlying organ that’s impacted and if it is early enough in the progression of the disease, an ability to actually reverse the negative outcome on that organ. So at least stabilize and in the upside, improve the organ function. So with that as sort of a backdrop, what I’d like to do is really talk now briefly about the outcome that we have presented at the R&D event from our Phase 1 CARLYSLE study in patients with Systemic Lupus Erythematosus. So when we look at our patient groups that we have, and this is now on Slide number 9, when we look at our patients, we do see that these patients actually are quite more advanced compared to the patients that were treated at the University of Erlangen by Georg Schett’s team. These patients are older. They’re 50 – 19 to 50 years of age. And they also had quite long disease histories. So the disease history of these patients was at least 3 years, up to 23 years. So these are patients that have been battling with that with the disease for a long period of time. And when you look at the SLEDAI scores, which are disease scores in these patients, you see them range from 16 to 28. So this is a very severe population. And in fact, all of those patients had kidney involvement. So all of them actually had already signs of kidney damage when we looked at these patients closely. So when we look at the patients, we do see that five of six of these – five of six patients had Class 4 disease and four of the six also had Class 5 components. And these are patients that have gone through the standard of care have also already gone through – have gone through the challenges with regards to B-cell depleting agents as well as calcineurin inhibitors. And what we’re seeing is that in many of these patients, four out of six, we already had significantly impaired kidney function. Now when we look at the overall adverse event profile in these patients, we do see that the patients obviously had quite a lot of impact related to kidney damage leading to hypertension, et cetera. But when we look at the immunological toxicity, we do see that the CRS that we’re observing in these patients is that three out of the six patients have observed Grade 1 cytokine release syndrome, but none of the patient has experienced neurological toxicity or ICANS. This is relevant because every approach that was tested, CAR T approach that was tested outside of the experience at the University of Erlangen in patients with lupus nephritis have reported ICANS in their small data sets. So with that, moving to the next slide. This is Slide number 10. And we’re now looking at the individual profile that we’re seeing in the patients based on the SLEDAI-2K scores. So the SLEDAI scores are scores that actually look at a composite of parameters related to the function of organs, antibody – auto antibodies in these patients, complement, but also looking at the experience related to other forms of the inflammatory diseases that these patients may see. Now I’ll focus first on patient number one. Now what you can see is this patient had a SLEDAI score of 28 at the start. And in addition to obviously having very significantly impaired kidney function and obviously, double-strand DNA antibodies and low levels of complement, the patient actually had other manifestations of disease, including rash, arthritis and alopecia. Now when you think about which ones of those types of parameters the patient actually can experience, those are, in fact, rash, arthritis and alopecia. The lab parameters, you can sense and the kidney function, you can’t really sense either. So the primary experience of the disease is around those inflammatory processes. What you can see is that very quickly within a short period of time, all of these symptoms with these additional inflammatory processes actually have been removed. And you see then a gradual improvement also on the kidney side. When you then look at the other patients, you see combinations of those various forms of manifestations of inflammation. But you also see that all of these patients improve on the top line, we have three months of follow-up at least. And on the bottom line, we have only one month of follow-up. So with that, what I think is important to realize is that although this is a limited amount of time in terms of the follow-up, we had very quick improvement on those inflammatory processes. And we also started to already see that three of the six patients did actually achieve renal complete remissions. And that is obviously very meaningful in this population, and we expect those patients to sort of continue to improve over time. So a very strong start, give us a very strong set of indication in terms of the ability of the therapy to actually improve the outcomes for these patients, obviously, combined with a very good safety profile. When we look at the properties of the product, the properties actually are very, very consistent with what we have observed in the oncology setting. We see comparable level of peak expansion. What we do see is shorter persistence. So the persistence here is about three months, maybe for a few patients a little bit longer. And when you see loss of persistence, you also do see B cells coming back and the B cells that are coming back are predominantly naïve B cells that you would expect that then over time, for those patients where we have that data at this point, start to differentiate into more differentiated forms of B cells as we would have postulated. So with that, we’re going to move to Slide number 11. Slide number 11 actually looks at the opportunity that we have in lupus in general with a particular focus on lupus nephritis. What we’re looking to do here is really focus on the patient population with the highest medical need, which are the patients that are refractory to standard of care in the lupus nephritis group of patients. And that’s around 25,000 to 35,000 patients or about, give or take, 10% of the overall SLE population in the U.S. The reason why we’re focusing on lupus nephritis is, on the one hand, the medical need. But on the other hand, it is the importance of having an objective endpoint that you can follow. We just looked on the slide before on SLEDAI scores, and you could see the complexity of the scores. What you haven’t seen is that some of those scores are actually based on either physician assessment or patient assessment. So in other words, there is an element that actually is a much softer type of data that goes into these scores, relevant to describe the disease, but much harder to actually think about statistical outcomes and be able to actually get to relevant data in a smaller data set. Going after lupus nephritis allows you to look at renal complete remissions and with that, have a very clear endpoint that it can actually follow. Now moving to Slide number 12. What we see in Slide number 12 is basically the trajectory that we’re planning for our development in lupus nephritis. What we’re doing with our current study with the CARLYSLE study is actually established a fixed dose for adult and adolescent patients. With that fixed dose, remember, these were SLE patients with kidney manifestation. In fact, they’re all categorized as lupus nephritis patients. Those patients actually, when we look at them are the right kind of backdrop that we would also expect to include into the single-arm Phase 2 study that is as a pivotal character. This particular population is our patients that also have been already exposed to B-cell depleting agents. So these are typically antibody-based therapies, as well as a calcineurin inhibitor and are past those two therapies. So it’s a proper refractory lupus nephritis population. So the approach here is to have a compact opportunity for a compact study with an objective endpoint and with that, have an ability to be first to market in this indication with a CD19 CAR-T product. We’re then actually envisaging that from there on forward, there is an opportunity to consider moving into a somewhat earlier stage of disease where we’re going to look at a comparative or randomized trial against standard of care. But clearly, the core of the approach is a fast-to-market strategy based on a refractory population with an objective endpoint. So this study, obviously, is already getting started. We have gone through the regulatory process in the U.S. and interacted with the FDA on the design of the product and also have an open IND for lupus nephritis. And we’re in the process, obviously, of going through the regulatory steps in other jurisdictions that we’re planning to include in this clinical trial. With that, we’re moving to Slide number 13, I’m going to look at one of the opportunities we’re very excited about, which is the opportunity in progressive multiple sclerosis. Now this is the part of the disease that really has the highest medical need. It’s about 30% of the relapse remitting of the total population, you have relapse remitting about 700,000 patients, and you have progressive MS in about 300,000 patients. That is where we’re planning to go. These are patients that have gone through obviously, standard of care and progress despite exposure to standard of care for at least six months. Now when we think about MS, it’s a disease that we know has a significant B-cell component. They’re obviously a disease where CD20 targeting monoclonal antibodies are effective. However, the disease itself obviously is driven not just by T cells that are in the periphery and are reachable with a soluble agent that we infuse into the blood. But there are also B cells that sit on the other side of the blood-brain barrier in the brain itself. And obviously, those cells are not reachable for conventional therapeutic approaches that are based on either on proteins, T cell engagers, et cetera. Now what we do know about obe-cel is that obe-cel actually works very well across the blood-brain barrier, and we have explored that in primary CNS lymphoma in a collaboration with our colleagues at UCL and could show that indeed, the product had an ability when given systemically, so infused into the bloodstream, had an ability to cross the blood-brain barrier and actually lead to tumor reduction in the brain. And that obviously is what exactly the type of activity you would need in these MS patients. So getting at those B cells, malignant B cell or B cells that are sitting behind the blood-brain barrier is at the core of what we’re looking to do. We believe obe-cel is exceptionally well positioned to actually have that type of an activity. So when we look at the approach that we’re taking here is we’re starting up a study in progressive MS. And in fact, those are patients where we’re going to run through a dose escalation. We know in the CNS lymphoma that 200 million cell dose was the cell dose that was active and gave us a proper activity in the brain. But we’re going to run through a dose escalation here, obviously, higher levels of doses than the 50 million cell dose that we have used so far in the SLE patients. We’re going to look at a range of biomarkers as well as imaging, and we’re going to follow these patients to understand the clinical impact and outcomes that we could see in these patients and to see whether we can see an impact on the clinical visibility progression of these patients. With positive data, we obviously would then move in the randomized Phase 2/3 study to drive towards a registration for this type of an indication. Very exciting program, and we’re looking forward to updating you as we’re making progress in this. So with that, I would like to hand over to Rob, who will walk us through the financial results.