Sanofi (SAN) Earnings Call Transcript & Summary

November 11, 2020

Euronext Paris FR Health Care Pharmaceuticals conference_presentation 39 min

Earnings Call Speaker Segments

Jo Walton

analyst
#1

Good afternoon, and good evening. It's my pleasure -- I'm Jo Walton, and it's my pleasure with my colleague Matthew Weston here to introduce Dietmar Berger as our speaker from Sanofi. We also have the main Sanofi IR team available should we have any broader questions. Dietmar is the Head of -- Global Head of Clinical Development and the Chief Medical Officer. He has had wide experience before joining Sanofi in 2019. And in fact, coming back to Sanofi or coming to Sanofi here, he works once again with John Reed, who he worked with at Roche.

Jo Walton

analyst
#2

I'm going to start with a broad question on R&D. And then we're going to move on to look at some of the individual products. We've had an extensive disclosure this summer through a series of R&D meetings, and we're hoping to build on that disclosure with more Q&A today. So firstly, my question to you is surrounding the products that we're going to hear a lot about through 2021. Now they're clearly important and they're supported by the new management of Sanofi, but many of them were selected by the older management. And so people wonder the degree of confidence that you have in these assets, which didn't look so shiny before, but now look very shiny under your leadership. So should we think of these projects as having average chances of success, higher chances of success? Just what your sort of general thoughts there before we go to more specific product questions.

Dietmar Berger

executive
#3

I think Sanofi is, as you said Jo, right, is really undergoing a transformation, and you've seen some of that during the R&D days where we had our Capital Markets Day last year. And you also see a strong reshaping of the portfolio. We're literally making the move from a primary care company to a specialty care company, which is a highly important transition. We're focusing now on areas that I think have a higher probability of success that also require different types of decision-making, different types of operational principles. And I'm thinking we are actually progressing really well on that part, especially also with Paul Hudson's arrival. Now when you think about some of the key molecules that we've highlighted, I would actually argue that they have been buried within, I think, a larger amount and a larger portfolio. And we are now much clearer regarding what we prioritize, right, and which are the molecules to focus on. And personally, I think the priority molecules that we've selected, and for some of these, we will have readouts next year, like for example, Amcenestrant, our selective estrogen receptor degrader, like our hemophilia portfolio with fitusiran and BIVV001, like venglustat, right? These are molecules where the biology is strong, where we have a really good development program. Obviously, we had the chance to adjust those programs and where I think the probability to make a difference for patients and the probability of success here eventually is high.

Matthew Weston

analyst
#4

Can I jump in then. And can I just ask -- oh, seem to have some reverb, I don't know why. Hopefully, it's going to improve. Can I just ask around the transition of the organization at Sanofi? Because clearly, that was a very significant goal of the new management team. But pharma is inherently a very long life cycle business. And so R&D transformations tend to take a great deal of time from the personnel, from the way people make decisions, from the risk appetite that's inherently built into the organization and then let alone getting down to the molecules and pointing them in the direction and make sure that the trials are right. So if I think of the new management transition, I sort of think of long-term -- sorry, short-term quick fixes and then really long-term cultural change. And I'd be very interested to understand where you think we are on that journey. And whether the organization is prepared for that really quite, you've already alluded to it, significant shift from a primary care mindset to that much more nimble and potentially risk-taking specialty care mindset to make sure that you get best-in-class, first-in-class and really make your move quickly?

Dietmar Berger

executive
#5

Yes. Yes. And I think it's a very fair question. And I think about it exactly the same as you think about it, right, the -- you need to focus on very different areas, from what kind of molecules are you focusing in research? Are you focusing on in-house versus externally developed? Is it biologics versus small molecules? And then all the way to what's your development paradigm, what's your commercial paradigm, what is your risk appetite and what's the culture? Definitely, John joined roughly 3 years ago. I joined under 2 years ago. Paul Hudson joined last year. And I think we're progressing well in that transformation journey. And let me just give you a few examples. When you look at the portfolio overall, it's currently heavily skewed towards late-stage assets, right? Those are assets that are derisked at this point that are in Phase III programs and closer to filing, and obviously, you will see those through, right? And some of those I think have really good potential. And we were talking about drugs like what I mentioned before, the venglustat, fitusiran, BIVV001, Dupixent, right? Those are in those Phase III programs that derisk 2 different levels for Dupixent. We know it works really well in all types of type 2 inflammation. So we know we can extend to a large number of additional indications. And then you get to the earlier portfolio, and that's really where you make those more dramatic changes, where you prioritize, where you make sure you have the right molecules that you move forward. And we've given ourselves objectives with regards to how many first-in-class and best-in-class molecules do we need to see. We want to focus on first-in-class and best-in-class. And currently, around 70%, 75% of our portfolio is first-in-class, best-in-class medicines. And that will only go up. We have our objective there, and we're making good progress. We're also saying we want to focus on in-house development of molecules, and we want to have really molecules that we own 100% and that are not partnered. And also there, when you look at the prior 5 years and then now the recent time, we're making good progress. About half of the molecules that are really meaningful in the portfolio are now fully owned and were originally Sanofi developed in-house. When you think about the biologics versus non-biologics, we want to focus on biologics. Because the -- you can really address unmet medical needs, but you also have a higher probability of success. And again, there's a real portfolio shift to biologics. So you need -- so you see this output in the research portfolio already, and you also see a shift both from an investment perspective and how the portfolio is shaped towards some of those key areas in specialty care, when we're talking about oncology, talking about immunology, talking about rare disease, rare blood. But you also see focus areas, for example, around vaccines, and you see really good progress in all of those areas. When it comes to the mindset, when it comes to the culture, when -- one important piece also to me is that we had a very fragmented structure over the longest time. And for example, in development, we have now united all of those different fragmented pieces within structure -- within 1 structure, within an integrated development organization. I basically oversee everything from the strategy, early development, late development operations. And you see the impact of that integration. When you look at the development of our BTK inhibitor. We had a readout of the Phase II studies basically early this year, and we have the first patient in our Phase IIIs 4.5 months later. We have a comprehensive Phase III program with tolebrutinib with a BTK inhibitor in relapsing-remitting MS, in progressive MS with 4 Phase III studies, and you just have to imagine the transition. When you read out your Phase II, you have to select your dose, you have to manufacture the drug at that dose, you have to finalize your protocol, you have to start all the sites, you have to get the drug to the sites and all of that in 4.5 months, and then you recruit your first patient. That is quite unprecedented in the organization and just I think signals that type of mindset shift. And no, we're not entirely there, definitely not. It's an ongoing process. I would actually argue that type of optimization is an ongoing process in each and every large company, right? And we have a recent example with our SERD with Amcenestrant where we read out the Phase Ib for the combination with palbociclib earlier this quarter, and we've already started the Phase III in first-line hormone receptor positive breast cancer, and we're already recruiting the first patients. That's the type of transition we're making, eliminating that white space. But also moving forward decisively and hopefully on the right prioritized assets.

Matthew Weston

analyst
#6

Perfect. That's really helpful, comprehensive. I was just going to jump in with fitusiran, Jo, you go ahead.

Jo Walton

analyst
#7

Well, I had one slightly broader R&D one before we move. We -- the questions are coming in. And people are saying, hang on a minute, you talked about de-risked assets here and you mentioned fitusiran. So we'll obviously come back to that. But I had one other question about technologies first. So you've obviously got Ablynx, so you've got Nanobodies. You've got the PEGylation, and you pointed to some of this allowing non-druggable targets to become druggable. So my question is broadly, are there any other technologies that you think that you are particularly lacking, I don't know, T-cell stuff, drug antibody conjugates. Anything that you feel in your armamentarium that you need to get you going forward?

Dietmar Berger

executive
#8

Yes, that's another aspect that Sanofi and especially the research organization have worked on over recent years. There's now a broad portfolio of platforms as well and really different types of technologies that we can use in order to develop drugs that then address specific targets and specific unmet needs. When you look at the recent acquisitions that we've made, there were usually acquisitions that are both around the molecule, but then also around the platform. Synthorx was the not-alpha IL-2, but then also the Synthorin platform and really this targeted PEGylation technology as 1 potential application. Ablynx with Nanobodies. You've mentioned we now have the Principia acquisition, which is not only a specific molecule like tolebrutinib or rilzabrutinib, but also the capability to really work around the BTK space and work with brain penetrant versus non-brain penetrant, covalent versus non-covalent binding and really different types of approaches. So I think most recently, we've announced the plan to acquire Kiadis, which is an NK cell company, right, which really is our first foray into cellular therapies, which is one of the technologies we didn't have, right? And utilizing not so much the T-cells, also we're not interested in the autologous space. It's really about the allogeneic and off-the-shelf technology. And we feel that NK cells have different advantages. And call it, Kiadis would give us a really nice opportunity to combine also with other technologies in our portfolio. We have ADCs. We have good ADC capabilities. And obviously, with our CCAM 5 ADC, we have the first molecule in that ADC space. And it's really hard to speculate what else is missing or what is coming up tomorrow, right? But I think we have a good armamentarium at this point in time, and we will keep our eyes open, whatever is there, that can really add to that platform.

Matthew Weston

analyst
#9

Understood. Can I pivot to products then? And we may as well get fitusiran out of the way. So you have mentioned it a number of times as a late-stage asset, where we're going to get some data in '21 and is one where you see high probability of success or in a portfolio, which you see as having a higher -- or being derisked. I shouldn't put words in your mouth in terms of high profitability of success. Clearly, we recently saw it move to, I think, the full late-stage program to clinical hold because of observations of thrombotic events in patients. It's a side effect we've seen in the program a number of years ago previously. What is it that you can tell us about fitusiran and the magnitude of the issue and when we should anticipate a resolution from the DSMB?

Dietmar Berger

executive
#10

Yes. So what we've seen is a limited number of nonfatal thromboembolic events, right? So the situation is really not that dissimilar from what we've seen in 2017, when actually we had a clinical hold of the program. Remember, we don't have a clinical hold at this point in time. We have seen this very limited number of thromboembolic events. And I'm not giving you a specific number because there's still question around these events, right? So I don't even have a final number, but it's very limited. And as I said, they are nonfatal. And in 2017, we also took time to really analyze the cases, find out all relevant information, then think about what's our mitigation plan or risk management plan moving forward, right? And what is the path forward? And you see these thromboembolic events in these patients, especially when they're doing additional things, right? And these are patients that have multiple comorbidities, and many of these patients also use not only 1 antihemophilic drug, they're actually adding other drugs on top of it. And that's what happened in 2017, where they added -- on top of fitusiran, they added bypassing agents, they added Factor VII, and we needed to manage, like, how do you do that so that you don't drive coagulation too far into this thromboembolic space. And those lead management guidelines have worked well. We had them in place. They were actually agreed with the FDA. And now we've seen this limited number of additional cases. And we just need to see what additional data can we generate? And are there -- what's the path forward, right? Is it, for example, in addition to those lead management guidelines because we need to make sure that treatment is working in the right way. Now this doesn't change our overall strategy at this point for the hemophilia space, where I'm -- I'm strongly convinced you need to understand the patient needs and the different options. And I broadly look at this as the factor and the nonfactor market at this point, and then we also at one point have to talk about gene therapies. There are patients that are really well served with an IV factor therapy, and that market is going towards elongated half-life factors and there with BIVV001, with literally normal -- normalized coagulation and putting patients in a space where they can have strenuous activities with BIVV001. We have a best-in-class, potential best-in-class molecule there. And then with fitusiran, we're addressing the nonfactor market. And again, we have very good efficacy with fitusiran. We have the only true once monthly approach, where we can give the drug subcutaneously once a month with a small volume injection. So it's potentially the best-in-class molecule for that nonfactor space, but obviously, we need to work through now this situation. And this is not unprecedented, right? You've seen the same for other molecules; when you run into thromboembolic event situations you pause. You can do that very well with fitusiran because of the long half-life. So patients are still protected, even though we have taken a decision not to dose patients at this point in time. All the other study activities are ongoing, so patients are coming in for checkups and all that. It's only that we've said we're not dosing patients until we've sorted this out, and then we're going to communicate more broadly once we have the path forward.

Matthew Weston

analyst
#11

Okay. And just a quick clarification there because I think it has been reported that it is on clinical hold. So what you're saying is it's on dosing hold, but the clinical trial continues, but -- which I understand there is an important difference there. But dosing in the program currently is on hold?

Dietmar Berger

executive
#12

Yes. Dosing in the program is on hold, and we have taken that decision, and...

Matthew Weston

analyst
#13

Yes. So it's a voluntary decision by you.

Dietmar Berger

executive
#14

A voluntary decision, exactly. I think that's the distinction versus the 2017 situation.

Matthew Weston

analyst
#15

Understood. Jo, over to you.

Jo Walton

analyst
#16

Can I just understand then -- I'm coming up to the end of my month. I would normally come back and get a fitusiran injection. I can't have nothing, so is it doctors' choice as to what I do while I'm effectively on hold? This is a condition where you cannot leave people untreated because there are serious consequences. So I go back to whatever I had before. And does that screw up your study because the patient has effectively left? Or can you pick up again? Just trying to see whether this is a problem that will -- could ultimately delay your filing longer than just the interruption in dosing.

Dietmar Berger

executive
#17

So at this point in time, the vast majority of patients will still be protected, right? Eventually, that's a decision of the treating physician and the patient and hemophilia patient take a lot of this also in their own hands because they are very well aware over years of their disease. So it's their decision. But at this point, the vast majority, because of the long half-life of fitusiran, are still effectively protected from the hemophilia. So if it's a limited interruption, then I think there's a good likelihood that we can just continue the studies as they are.

Matthew Weston

analyst
#18

Understood.

Jo Walton

analyst
#19

And this is a global decision that you've made. So you've stopped dosing absolutely everybody, everywhere?

Dietmar Berger

executive
#20

Yes. Yes. And that's really in an abundance of caution, I would argue, right? There's -- remember, fitusiran is a drug that addresses both hemophilia A and B and with inhibitors and without inhibitors. But we've taken the decision broadly because we think it's the right thing to do at this point in time. Eventually, it's about really the safety of patients and providing a safe and effective treatment to them.

Matthew Weston

analyst
#21

So Dietmar, I'm pleased to say that we've done a number of these all week. And without doubt, the Sanofi session is the one where there is the most client engagement. So investors by now already know that they can e-mail questions in either to jo.walton or matthew.weston@credit-suisse.com. So I'm going to pivot to venglustat, if that's okay, and then there's going to be a gene therapy question coming up. Venglustat, what's your excitement around the compound in terms of ADPKD versus Parkinson's? And in particular, what is it about the biology of venglustat that you think that that transition to Parkinson's may be an opportunity?

Dietmar Berger

executive
#22

Yes. I'm actually really excited about venglustat because it comes -- I think it's one of the undervalued assets in our portfolio. It really comes from the deep understanding of the rare disease space and specifically the lipid biology, right? And we have eliglustat already, Cerdelga, and various other molecules in that rare disease space. And as you know, we are currently developing venglustat for 5 different indications, 2 more frequent ones, which is ADPKD, autosomal dominant polycystic kidney disease and then Parkinson's, and specifically, the GBA mutated Parkinson's. And then 3 smaller diseases, the Gaucher Type 3, the neuronopathic Gaucher disease, then gangliosidosis type 2 and Fabry. And in those smaller indications, we're actually closer to the original metabolic pathways, right? And we understand those really well. And we can measure the downstream metabolic products and we can also measure the deposits of specific metabolic products. And looking at those and also looking at some of the early clinical signs, we actually have really good proof-of-concept in some of those diseases like the GD3, the Gaucher type 3 and also the Fabry. And those are really encouraging that actually the drug does what it should. And the biology in those rare disease spaces works. And the rare disease spaces on their own, in my mind, are a blockbuster opportunity. And then you move to the larger diseases, and that's interesting. How do we get to those? For Parkinson's, we now have a distinction of -- there are specific types of Parkinson's that are defined by mutation, for example, the GBA mutation or, for example, LRRK2 or some other smaller slivers of mutations. Then there's a group of patients where I would argue you have pathway activation in the synuclein pathway. All of these lead to synuclein deposition, and that's really the underlying pathology in a lot of these Parkinson's patients. So you have the mutated, you have the pathway activated. And then you have the larger group of what is called idiopathic Parkinson's where we really don't know what the underlying change is. We are developing specifically for the GBA mutated Parkinson. And the first indication of that is if you do a whole genome analysis, all the pathway molecules along the lipid path will light up in the GBA mutated Parkinson's. And then you've got good preclinical models that further support the hypothesis that the GBA mutation and then the lipid metabolism really plays a role in the pathogenesis of the synuclein deposits in those patients. So the biology, I think, is quite strong. Obviously, we don't have any early clinical signals. We went into the MOVES-PD study, which is our Phase II, which is fully recruited and will read out then early next year. And then we also have our Phase III plans. And again, there, to me, the likelihood -- we have a pretty good likelihood that this works in GBA mutated Parkinson's because of the understanding of the biology. But then there's also the additional opportunity potentially in the pathway activated and the idiopathic Parkinson's and we just need to see the strength of the data and need to see how does that translate into the other areas. For ADPKD, for kidney disease, the situation is different again, where now we're in the area of ciliopathies, right? And the cyst formation with the ciliary bodies play a role and then really the secretion into the cyst space. And again, we see that there is a relation between the ciliopathies and a clear role of the lipid metabolism, which then plays a role in building the ciliary body. And there in ADPKD, we have a really good preclinical model. I'm usually not a big fan of the preclinical models, but this one is actually a genetically defined model that is very close to what happens in human patients. And in this preclinical cyst model, venglustat has really good efficacy. So we have from that preclinical model, very encouraging data. So I'm really looking forward to see -- we have our stage 2 of the -- our Phase II data of the ADPKD study that reads out next year. That's also a readout on total kidney volume that potentially even opens up a regulatory path in the U.S. and then we have the larger Phase III, which is going well. We completed recruitment of the earlier study in June this year. Immediately started the second study, the larger Phase III that is focusing on glomerular filtration rate, on EGFR, and that is really the path forward then for an approval in Europe. So I'm really -- like long story short, venglustat is a really interesting molecule, and I'm excited about the program we have.

Matthew Weston

analyst
#23

Fantastic, we look forward to it.

Jo Walton

analyst
#24

Given that you have so many different indications for that 1 drug, is there, in a natural history, an association of these people with Parkinson's, do they also have autosomal kidney disease? Just to get a sense that it's the 1 thing that's gone wrong and it can manifest itself in different places. So one treatment might be useful against what looked like very, very different conditions.

Dietmar Berger

executive
#25

There are different links across the pathway, but I cannot entirely say whether there's a link between Parkinson's and ADPKD at this point in time.

Jo Walton

analyst
#26

Well, can I move on to another question then? You've been -- you're looking at rare diseases, that's been a focus of Sanofi and you've talked about that. One of the obvious ways of tackling that is gene therapy. And Paul Hudson has said that he wants to be in gene therapy, but not in 1.0, it's got to have evolved to be a 2.0 gene therapy. So can we ask what you think needs to be done. What is the gating item for you to become much more enthusiastic or for us to see more progress? And do you think you're going to need to invest externally to develop that? So your thoughts around that gene therapy potential platform, please.

Dietmar Berger

executive
#27

Yes. We have announced that we will be in gene therapy and that we will form a genomic medicines unit. I think with a strong focus on monogenic diseases, right, in both the rare disease space and then also the rare blood disorder space for Sanofi, this is a really important area for us. And it's, I think, the next potential avenue and also important from a patient perspective. We have scoured the gene therapy area for potential external innovation. There's a lot of innovation going on, right? We have not found the perfect match yet. But of course, we keep our eyes open, and we'll also be -- we'll always be open to external innovation, and how can that add to our internal capabilities. But at this point in time, we are focusing on internal development. And actually, we have a lot of good foundational blocks for a gene therapy approach. We have our vaccine work and our vaccine capabilities. We also now have mRNA capabilities, by the way, through our collaboration with Translate Bio. We've got really good vaccine manufacturing capabilities, which can easily be applied to manufacturing also in the gene therapy space. We had some early gene therapy work going on even in Genzyme, and that has come into the broader Sanofi portfolio. We've brought in Christian Mueller as the Head of our Genomic Medicines unit. He's been a successful gene therapy developer in the academic environment and a real leader in that space. And we have a portfolio of early gene therapy assets that we're looking into. And over the next, I want to say, 2 to 3 years, we could see the earliest components of that enter the clinic, right? We have a list of diseases that we'll be focusing on. We're not entirely there yet, right, we're going to have to focus further on building our manufacturing capabilities. We have to focus further on those specific targets and the specific approaches. Also, like most other actors, like capsids is a key area that's important. How do you target to a specific organ? How do you package that genetic information and bring it to the site where you need it, right? And those are areas where we're actively working on. And then we'll have to see how can we really deliver over that next 2 to 3 years and bring these approaches into the clinic.

Matthew Weston

analyst
#28

Dietmar, can I pivot to the SERD? Because it's obviously been a program where Sanofi has been extremely vocal. I think I've heard first-in-class and best-in-class on many occasions in reference to it, but also an area that's very competitive. And I think the one thing that's notable for anyone who is at ESMO this year is the differentiation between palbo and -- forgive me, I've forgotten the name of the Lilly compound, abema. It's late in the evening, you're going to have to forgive me, in terms of the adjuvant efficacy. But for the frontline studies, you've obviously chosen palbo as your combination partner. Is there anything that you think you can get from that ESMO data that gives you comfort that palbo was the right choice? And particularly because it looks like the sustainability of dosing is proving to be a very critical element of efficacy in that category. And you've obviously made your decision based on, I think, some Phase I/II data that has not yet been made public. So are you confident that that combination is sufficiently tolerable that we can get that continuous dosing that seems to be critical for efficacy?

Dietmar Berger

executive
#29

Yes. I'm very confident about that. If you look at the different SERDs that are currently out there, and it really starts with the molecule, you will see that the scaffold, the backbones of the molecules are actually different. And that our SERD is differentiated because it has a slightly different structure. And that's the reason I believe that our SERD is more tolerable than other SERDs that are currently out there, right? And we don't see any cardiovascular side effects. We don't see any bradycardia. Even though we see basically near complete degradation of the estrogen receptor, we see near complete degradation already at a level of a 160-milligram dose, right? And we're definitely -- we're definitely fine there with the doses that we use in the different studies, right? And so when it comes to the hormone receptor positive breast cancer space and when it comes to really establishing a new backbone, a new hormonal backbone for hormone receptor positive breast cancer, then this combinability and this balance of benefit and risk is becoming really important, not only for the first-line setting, even more for the adjuvant setting. And that's where the true opportunity lies and a much larger opportunity. And you know that there's a SERD out there with fulvestrant, but it's not used in that adjuvant space because of convenience and because of the adverse events, right? So adverse events, tolerability and then combinability become really important. When you look at the development program that we put together, it is designed to become a backbone across different lines. We have our second third-line study that's in monotherapy, right, that -- in a randomized study. There, we're definitely ahead. Then you've got the first-line study, where we're really neck to neck with other companies in the combination with palbo. And then I think we're all preparing for the adjuvant setting, and we have some really good plans there. We also have some -- besides the excellent combinability and also the efficacy, we have some other really good differentiating factors. For example, when it comes to evaluating our SERD with different combinations, we're working with the I-SPY group. And they -- for their early hormone receptor positive breast cancer study, they've selected our SERDS, among others, as the backbone for their study, which gives us a really nice validation, but also a really nice opportunity to evaluate our drug with different other molecules. And as you said, the space is currently further developing. We had data at ASCO also regarding the adjuvant space with abema and palbo. We had ESMO data on top of that. And we really need to discuss what are the right combination partners. We are confident in the first-line setting that palbo will be one of the key molecules to study and to combine with in that first-line setting. And then we also need to see what are other potential combination partners in the adjuvant setting, what is the right combination partner. And there's also further molecules out there in development that eventually look into what is the right balance between CDK4 and 6 inhibition? And how can you actually influence that balance? That's not only for abema versus palbociclib, that's also for, for example, other more specific inhibitors. And we really need to remain open and see how the data emerges to see what are the right combination partners and the right studies to do.

Jo Walton

analyst
#30

We're still getting questions in. So I'm going to fit just 2 final questions in, and I know we're nearly out of time. The first is, do you have a time when you think you will be able to restart fitusiran dosing? And the second is your view of mRNA, and what you're looking to do outside of vaccines?

Dietmar Berger

executive
#31

So the -- regarding fitusiran, that's a question of weeks, right? We've really only stopped dosing roughly 2 weeks ago. We're currently in data analysis phase. We're also working very closely with DMC and the Steering Committee, and that's basically a matter of weeks. And it can only be a matter of weeks because you can only interrupt dosing for a specific amount of time without losing patient protection, right? That's really the driver here. But of course, patient safety is of the utmost importance here. And then for mRNA, that's an area that we are still looking into. Obviously, the COVID-19 approach is the first approach and the Translate Bio collaboration we have is really on the path to vaccine development together with the baculovirus with the tried and true well-established platform that we have. But we will also be looking into other opportunities on an mRNA basis, right? And we haven't made final decisions yet, but this is definitely an area to watch.

Jo Walton

analyst
#32

I'm very aware of the timing here. So I must thank you very much for your time. And I'd like to thank the IR team, some of whom are in Paris. So it's an hour later for them, who have joined us. So thank you very much, indeed. We do hope that we can repeat this opportunity in the future.

Dietmar Berger

executive
#33

Thank you, Jo. Thank you, Matthew.

Matthew Weston

analyst
#34

Dietmar, best of luck with 2021.

Dietmar Berger

executive
#35

Thank you very much. Bye.

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