Carl Hull
Analyst · Credit Suisse
Well, thank you, Deb, and good afternoon, everyone. We appreciate having you join us for our call today. Let's start with our fourth quarter results on Slide 5. Today, we reported $205 million in revenue for the quarter, and our adjusted EBITDA of $130 million led to adjusted earnings per share of $0.35 per share. Our base business revenue of $81 million marks a record revenue quarter, up 67% over the fourth quarter of 2021, demonstrating the continued widespread uptake of messenger RNA platform technologies across multiple therapeutic infectious disease vaccine and immuno-oncology programs. Our adjusted EPS of $0.35 per share for the quarter and $1.80 per share for the full year put us at the top end of our guidance range provided during last quarter's earnings call. As Slide 6 indicates, 2022 was an incredible year for the entire business. Full year revenue was a record $883 million and net income was $491 million, with adjusted EBITDA margins coming in at 72%. Most importantly, our 2022 full year base business revenue when adjusted for the 2021 divestiture of our protein detection business grew 27%. You will be hearing from Kevin shortly that we expect our base business, excluding CleanCap sales related to COVID to continue to grow at around 20% this year as well. The reason this base business continues to deliver is simply the accelerating demand for our core products and services. We offer the market the exact technologies and advanced manufacturing services that enable cell and gene therapy development. More on that in just a moment. Turning now to Slide 7. Our Nucleic Acid Production business had revenue of $189 million in the fourth quarter. This includes an estimated $124 million of COVID CleanCap revenue. The remaining $66 million of base NAP revenue represents our largest quarter ever for the base business, up 101% over quarter four of last year. For the full year, total Nucleic Acid Production revenue was $813 million, growing 14% over 2021 with the base NAP revenue at $213 million, growing 38%. We are very encouraged by last year's base business growth and continue to see strong demand for both CleanCap reagents and our messenger RNA GMP manufacturing services and mRNA constructs. We have a unique opportunity to drive CleanCap inclusion across our early-stage messenger RNA customer base while providing critical GMP-grade raw materials and our newest technologies including modified nucleotide and nucleoside triphosphate to improve in vitro transcription reactions. Our commercial strategy under Becky Buzzeo’s leadership is to win in discovery with the right process, continue to support the unique needs of our mRNA and cell and gene therapy customers during their clinical development programs through to commercialization. The need for Maravai’s products and services for these early-stage programs is greater than ever as we look to 2023 and beyond. Let's move now to Slide 8. The science behind cell and gene therapies is progressing rapidly to the immense benefit of patients across diverse health challenges such as cancer and cystic fibrosis. The FDA recently indicated that there are now 1,300 active investigational new drug or IND applications for gene therapies alone and over 1,200 active IND applications for cell therapies. According to the Alliance for Regenerative Medicine and their latest cell and gene therapy industry report, the CGT space saw investment of over $12 billion in 2022, which is in line with pre-pandemic levels. They also anticipate greater than 250 new clinical trial starts in 2023. This is incredibly positive news for Maravai since we supply many of the key raw materials for this rapidly growing market. In gene therapy, DNA or RNA are delivered into a cell to introduce, remove or change the genetic profile of that particular type of cell. To facilitate this nucleic acid transfer manufacture the DNA plasmid or messenger RNA transcript required or supply CleanCap and modified dNTP reagents and now select enzymes to ensure the production of the most biologically effective RNA molecules. In cell therapy, mRNA is often used to directly engineer cells from either the patient or a donor, making them more effective at targeting patient-specific cancer cells. In the case of genetically modified cell therapies, mRNA is actually considered a critical raw material used in the manufacturing process. As is the case for gene therapy, Maravai is a world leader in GMP messenger RNA production and a top supplier of the necessary reagents, including CleanCap and dNTPs for the manufacture of best-in-class mRNA transcripts. In gene editing, the goal is to remove correct or disrupt sequences of DNA within a faulty gene, DNA is inserted, deleted, modified or replaced directly in the genome of the cell of interest. The key to successful gene editing is the combination of guide stranded RNA and messenger RNA that expresses the Cas nuclease. Maravai manufacturers and supplies both these critical components at GMP quality levels. We're also very encouraged that the FDA's Center for Biologics Evaluation and Research or CBER plans to pilot what they refer to as “The next generation of operation work speed aimed specifically at rare diseases.” The idea here is to move new drug applications as rapidly as possible through the regulatory process to expedite the approval of novel therapeutics for rare diseases where there are often no currently available therapies. As you might imagine, many of these programs may well be based upon messenger RNA or other cell and gene therapies. Turning now to Slide 9. Let me share with you an update from a third-party analysis we commissioned specific to our CleanCap programs. You may recall that in our earnings call in May, we told you that we've identified 183 preclinical and clinical programs using CleanCap containing messenger RNA. A refresh of that work was recently completed and we have now identified over 250 programs that use CleanCap or more than 70 new programs in a short 10-month period. That is a 37% increase. These programs include preclinical through Phase III trials for a variety of different human health conditions. Now almost 3 out of 4 of those identified programs are in the preclinical phase which is what we view to be the current sweet spot for many of our products and services. About half of our programs include messenger RNA and vaccines or direct therapeutic applications. And as the heat map on the right-hand side here shows you the top disease target of these programs is cancer, followed closely by infectious diseases. Growth in the mRNA pipeline is seen across multiple modalities, as you can see in the ring chart in the lower middle part of this slide and for multiple applications, including cancer vaccines, infectious disease vaccines and cell therapies that use messenger RNA. This reflects the widespread interest of big pharma in messenger RNA platform technologies and foreshadows what we believe will be sustained future investments in the field. We were able to gain both market share and share of wallet here through continuous innovation and new product development. And keep in mind that we are in a truly unique commercial position in this market because a very large number of biopharma innovators of all sizes come to us first at the earliest stages of their programs for one or the other of our products or services. Therefore, our customer pipeline reflects the future contours of the industry. As you can see from the numbers we are sharing today, that future looks quite bright, and there's certainly a good reason that Timbuk 3 is one of my favorite bands. Now let's turn to Slide 10 and some further exciting developments for Maravai. I'm pleased to let you know that we have acquired Alphazyme, a leader in specialty enzyme production. As most of you know, enzymes are critical to almost every phase of Nucleic Acid Production. The addition of Alphazyme's enzyme development and production expertise adds complementary capabilities to marrow's product portfolio and allows us to offer our customers even more complete messenger RNA process solutions. History of successfully collaborating with manufacturers of nucleic acid therapies and detection platforms in optimizing their products and production processes. This unique history and position will undoubtedly strengthen our relationship with these customers and further position Maravai to be their first choice across a lighter range of products. Additionally, Alphazyme's deep enzyme knowledge and process intellectual property will extend our own innovation capabilities. As has been the case with our past acquisitions, Alphazyme is led by its Co-Founders, Chris Benoit and Chad Decker and is composed of a well-experienced team focused on cutting-edge science. They provide key enzymes for messenger RNA and oligonucleotide synthesis. And we believe this acquisition solidifies our customer experience as a one-stop shop of critical inputs for mRNA therapeutics. Alphazyme’s proprietary methods for developing custom enzymes provide a strong technical complement to our core chemistry expertise. We are pleased to welcome Chris and Chad's exceptionally talented team tomorrow to help drive our process and manufacturing innovation. Now turning to Slide 11 and our Biologics Safety Testing business. As you know, our products and services in BST support the markets of cell and gene therapy, vaccines and biologics drug manufacturing. Here, we set the global gold standard in wholesale protein and process-related impurity analytics, along with offering innovative viral clearance prediction solutions that help our customers ensure the safety of their biopharmaceutical products. Our fourth quarter revenue of $15 million in BST was down about 3% from last year. For the full year, our BST revenue of $70 million grew just over 2% from 2021 levels. As we have previously discussed, the BST business has been negatively affected this year by the initial Zero COVID policies in China as well as a roughly $1 million negative impact from the Russia-Ukraine war. Some of that weakness persisted in the fourth quarter as coded spread widely across China. Our customers in this segment manufacture a broad range of biopharmaceutical products. These include monoclonal antibodies and recombinant proteins both as novel biologics and biosimilars and recombinant vaccines, including vaccines to prevent infectious disease and treatment cancer. We also provide products in support of the development of cell and gene therapies in cells. Turning to Slide 12. I'd like to share further detail on our BST traction in the growing cell and gene therapy market. Recombinant vaccines and some cell and gene therapies rely on the manufacture of various viral vectors produced using recombinant nucleic acid and cell culturing technologies. Viral vector manufacturing processes require rigorous analytics, including tests for process-related impurities such as host cell proteins, host cell DNA, purification leachate, growth media additives and enzymes. Per regulatory requirement, viral vectors used as a component of CAR-T cellular therapies or as gene therapies must be produced in certain cell lines, purified and then tested for the residual presence of known host cell proteins. I'm very pleased that 15 out of the 15 FDA and EMA approved CAR T cell and gene therapies use Cygnus host-cell protein ELISA kits for HCP testing for the commercial product lot release. 5 of these 15 therapies were approved during 2022. While our BST business often feels somewhat overshadowed simply due to the size and scale of the Nucleic Acid Production business, BST remains a key priority and a very attractive long-term growth opportunity for Maravai. We plan to scale our offerings to ensure superior technical support to offer the highest quality services and products and the most comprehensive catalog of products to meet our customers' needs. Our new facility in Leland, North Carolina will allow us to expand our analytical support and continue to innovate here. Now moving to Slide 13 and some organizational updates. We will continue to report our revenue in two reporting segments, Nucleic Acid Production and Biologics Safety Testing. However, we have evolved our internal organization to support different markets and customers we now serve. Our new structure will enable us to provide a better differentiated customer experience and help position us for sustainable growth. Beginning in 2023 and with the acquisition of Alphazyme, we have aligned our internal businesses as follows. Within the clinic acid production, we are organized around these three units. The first is nucleic acid products. The products team is focused on meeting the specific nucleic acid chemistry needs of customers with standalone products from both Glen and TriLink. Nucleic acid services. The services team is focused on building partnerships with our customers in the market of cell and gene therapy to ensure that we are well positioned to be an extension of their own development teams and serve as an integrated drug product custom development and manufacturing organization. And the third group is enzymes, which is the new Alphazyme team. Their enzyme development and production expertise adds complementary capabilities to our Nucleic Acid Production portfolio and provides a broader range of solutions for our shared customers. Alphazyme will continue to support molecular biology innovators to develop and produce enzymes for DNA and RNA molecules, genomic medicines and genetic test. So these are the three groups that now make up the NAP segment for us. Our Biologics Safety Testing segment is comprised of our Cygnus team and supports the quality and regulatory needs of customers developing and producing biotherapeutics, including detection and analytical solutions that improved bioprocess development. This team is led by Trey Martin as President; and Christine Dolan as Chief Operating Officer. I'm also pleased to let you know that we have launched a new Office of Science and Innovation led by Dr. Kate Broderick. You may recall, Kate joined us last year to lead our Nucleic Acid Production R&D efforts. We have expanded her responsibilities as Chief Innovation Officer, and she and her team are tasked with driving the scientific culture throughout Maravai to expand our technological footprint. In this new role, Kate will develop and execute an overarching innovation roadmap and strategy for Maravai that maintains our scientific and technology leadership position. She will partner closely with the R&D, report and drive new innovations, establish development processes and ensure value for our customers. We have repurposed the MyChem offices here in San Diego to be a new R&D center of excellence to support these efforts. At the Maravai level, our shared services will continue to partner closely with each organization and to support their growth, optimize processes and leverage resources in order for us to scale. Turning now to Slide 14. Our path forward is focused on sustainable growth, and I'm pleased to let you know that we will be sharing our progress in our second environmental, social and governance report that will be published before the end of March. The report will cover the 2022 fiscal year and provide an expansive and honest look into our ESG program with tangible examples of how we are positioning ourselves for sustainable growth. Without question, our commitment to ESG goes hand in hand with achieving our company's long-term strategic objectives. Environmental stewardship, social consciousness and effective governance have been intrinsic to our business strategy and core values since Eric and I founded Maravai in 2014. Along with the safety and quality of our products, we are proud of our ESG advancements to date and are working meticulously to increased transparency and build the infrastructure necessary to improve our results. A few highlights from the soon-to-be published report include our first step towards greater transparency and disclosure of environmental data. We completed our first environmental footprint exercise by calculating our Scope 1, Scope 2 greenhouse gas emissions and measuring our waste and water usage at each of our facilities for 2022 and 2021. To demonstrate our commitment to diversity, equity and inclusion, I signed the CEO Action for Diversity and Inclusion Pledge last summer, and we have been taking action to ensure that we have the proper programs, training and resources in place to advance DI and foster a more inclusive culture. For example, we launched our first employee resource group, women in leadership with [technical difficulty] We believe gender parity and leadership is necessary for our growth as an organization, and I am very proud to have an executive leadership team that is 50% women. In 2022, we also enhanced our onboarding process by implementing a new and improved employee orientation program to provide a comprehensive introduction to the many facets of our business including more than 20 hours of training for all new hires. Our Board also adopted a new committee structure and updated their respective charters to improve oversight for sustainable growth on our path forward. We are committed to being a strong corporate citizen and look forward to keeping you apprised on our journey. Now turning to Slide 15. You saw from our press release that we are introducing our 2023 revenue guidance of $420 million to $460 million. This includes the assumption of $100 million of COVID-19 CleanCap GAAP revenue and an over 20% growth rate for the base business at the midpoint. While we anticipate that 2022 was the peak revenue year for COVID CleanCap demand, we do expect ongoing CleanCap revenue contributions from multiple respiratory viruses for the foreseeable future. This could include both stand-alone coved vaccine demand or combination respiratory vaccines, given the foundational flexibility of our CleanCap product to support multiple customer approaches. As a final note here, on January 26, the FDA vaccine advisory panel met and unanimously recommended the use of the latest updated BA.4/5-bivalent COVID-19 shot for both primary and booster vaccines as it moves to simplify the country's vaccination strategy. Additionally, future plans for annual vaccine composition updates and autumn/winter booster programs were discussed and broadly supported. We believe that similar to what happens with flu vaccines, the U.S. will move to a seasonal COVID vaccine campaign, where experts gather periodically to review data about which COVID virus strains is circulating around the world and propose the straining composition for any updated vaccines that may be necessary. The advantage of mRNA here is the public health officials can narrow the window between strain selection and delivery of a newly specified vaccine to approximately 100 days. Meanwhile, vaccine manufacturers continue to innovate to create improved vaccines, offering better variant coverage that are more durable or can prevent further transmission of the virus. We are involved in many of these development programs. I'll now ask Kevin to cover our fourth quarter and full year performance, along with more details on our guidance and our model assumptions. Kevin?